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Cutting tools: PCD, PCBN, diamond and carbide

The complete cutting-tool programme combines PCD, PCBN, diamond and carbide with item dimensions, holders and machining applications. Additional sections cover wipers, micro boring, coatings and thread whirling.

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Cutting tools: PCD, PCBN, diamond and carbide
Cutting tools: PCD, PCBN, diamond and carbide

Programme and specification

The programme covers cutting materials, turning inserts and holders, grooving systems, milling tools, drills, reamers, wear parts and application examples. Designs from the complete 2022 programme, variants from the 2026 overview and wood-cutting special tools dated 06/2024 occupy separate sections.

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Complete cutting-tool programme 2022

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Cutting tools: complete programme

Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.
Cutting tools: complete programme: Component and machining view.

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EHWA: corporate history

Since its foundation in 1975, EHWA has developed diamond tools and international partnerships. The following history retains the milestones in the 2022 cutting-tool edition. Certifications and awards are recorded with their historical year; the illustrated TÜV document is the historical certificate in that edition.

Year Development
1975 EHWA founded in Seoul, Korea.
1981 Exports to the USA begin.
1985 Headquarters and production relocated to Osan.
1988 Research and development centre established.
1993 ISO 9001 certification by German TÜV; plant established in Fujian, China.
1995 Sales subsidiary opened in Japan; Gold Industrial Medal received on National Trade Day.
1997 Plant established in Weihai, China.
2000 Presidential Productivity Award received.
2002 Plant established in Shanghai, China.
2003 Historically recorded oSa recognition for the safety of abrasives.
2004 Sales subsidiary opened in Germany.
2008 Presidential Export Award for US$100 million in exports received.
2011 Selected by the Korean government as a “World Class 300” company in the first round.
2012 Plant in Jakarta, Indonesia.
2013 New Dongtan facility opened for R&D and new business development.
2015 Subsidiaries established in India, Mexico and Italy.
2016 KOSHA 18001 certification for occupational safety and health management.
2017 Plants established in Bac Ninh and Hai Duong, Vietnam.
2020 “Time-honored Business” recognition from the Korean Ministry of SMEs and Startups.
2021 Subsidiary established in Alabama, USA.
2022 ISO 45001 certification by German TÜV.

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Tool expertise and international cooperation

EHWA combines industrial diamond-tool development with adaptation to changing markets and different customer requirements. Quality, technical information and application service underpin cooperation. Since 1975, the company has expanded its international presence and tool programme, with customer success as the objective.

Reliable raw-material suppliers and partnerships with customers and technology companies support this development. The edition describes joint research and development with manufacturers in Europe, Japan and the USA for high-precision diamond tools, rotary dressers and precision electroplated diamond tools. The illustrated tools exemplify this manufacturing and application expertise.

Tool expertise and international cooperation: Tool view.
Tool expertise and international cooperation: Tool view.
Tool expertise and international cooperation: Tool view.
Tool expertise and international cooperation: Tool view.
Tool expertise and international cooperation: Tool view.
Tool expertise and international cooperation: Tool view.

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Long-term partnership

EHWA’s corporate philosophy associates its name with cooperation: “E” represents the two parties – EHWA and the people around the company, including customers, employees, partners and society. “HWA” means cooperation. This supports the aim of developing long-term customer relationships through tool quality and shared technical work. Since 1975, EHWA has focused its development on quality and dependable partnership.

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The cutting-tool programme

The programme covers application-based tooling service, HBN and coated PCBN tools, PCD/PCBN/CVD/SCD cutting materials and chipbreakers, plus inserts and holders for turning, boring, grooving/parting and milling. Rotating tools include endmills, reamers, drills and special cutters. Wear parts, application examples, technical fundamentals and design-enquiry sheets complete the programme.

Product variants from the 2026 edition and specialised woodworking tools from the 2024 edition are presented in separate, fully attributed sections. A newer illustration does not automatically replace an older specification.

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Tooling service: improve the machining process

Tooling Improvement Service starts with the existing process. Typical opportunities include bottlenecks, long cycle times, short tool life, inefficient setup, high cost per unit and defects. Process analysis examines bottlenecks and can involve 3D-simulation review, process changes, different PCD/PCBN raw materials or targeted cost reduction.

Following analysis, samples are evaluated in internal tests and customer field trials. Feedback identifies whether the result is suitable or requires further development; after successful agreement, the tool is adopted in mass production. The OP10 → OP20 → OP30 → OP40 → OP50 illustration marks OP20 and OP40 as example bottlenecks. Each step and its feedback connection is retained.

Tooling service: improve the machining process: Component and machining view.
Tooling service: improve the machining process: Component and machining view.
Tooling service: improve the machining process: Component and machining view.
Tooling service: improve the machining process: Component and machining view.
Tooling service: improve the machining process: Component and machining view.
Tooling service: improve the machining process: Component and machining view.
Tooling improvement: workflow and bottlenecks.
Tooling improvement: workflow and bottlenecks.

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Input data and tool analysis

Technical review records workpiece material, hardness and roughness. Tool data include specification and cutting material; process data include application and production layout. Working conditions cover wet/dry operation, cutting speed, feed and depth of cut.

Tool analysis has three areas: tool shape – dimensions and edge preparation; wear – optical review of pattern, location, amount, chipping and cracks; cutting material – SEM examination of grain arrangement and EDAX composition analysis. Measurement and microscopy images retain their original scales and image information.

Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Tool view.
Input data and tool analysis: Microstructure image with the shown scale.
Input data and tool analysis: Microstructure image with the shown scale.
Input data and tool analysis: Measurement image with the shown values.
Input data and tool analysis: Measurement image with the shown values.
Technical analysis: three complementary checks.
Technical analysis: three complementary checks.

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HBN: hybrid cutting material for cast iron

HBN is EHWA’s hybrid cutting material based on CBN and a ceramic binder. The source describes a special sintering process for a solid design and positions HBN between ceramic cutting materials and conventional PCBN. Here HBN names an EHWA product family, not hexagonal boron nitride.

The development targets an economical alternative to conventional PCBN with greater wear resistance and toughness than the illustrated ceramic comparison. Applications include cast-iron roughing and finishing. The qualitative hardness/toughness plot and property ratings are retained as relative source comparisons.

HBN: relative property comparison

Property PCBN HBN Ceramic
Chemical reaction 2 2 3
Wear resistance 5 4 1
Impact resistance 3 3 1

Number of rating symbols in this comparison; no physical unit.

HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: hybrid cutting material for cast iron: Tool view.
HBN: property regions.
HBN: property regions.

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HBN: insert shapes and applications

The HBN range includes ISO shapes C, D, T, S and R plus six illustrated special shapes. Application examples are brake discs, brake drums, cast-iron engine blocks, pump impellers, slurry pumps and iron rolls for rolling mills.

The source gives a qualitative price comparison for ceramic, HBN and PCBN: ceramic is lower, HBN intermediate and PCBN higher in this comparison. HBN tool life is shown between the illustrated ceramic and PCBN results. Bars without numerical axis values retain the source comparison; no unprinted piece counts or costs are added.

HBN: shapes and ISO designations

Shape Designation ISO sizes (metric/inch)
C CNGN 0903 (32); 0904 (33); 1204 (43); 1207 (45)
D DNGN 1104 (33)
T TNGN 1103 (22); 1104 (23); 1604 (33); 2204 (43)
S SNGN 0903 (32); 0904 (33); 1204 (43); 1207 (45)
R RNGN 0603 (22); 0904 (33); 1204 (43); 1207 (45)
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Tool view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: insert shapes and applications: Component and machining view.
HBN: price and tool-life comparison.
HBN: price and tool-life comparison.

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EBC190: coated PCBN for hardened workpieces

EBC190 combines wear resistance and toughness for bearing steel and other hardened steels in continuous or interrupted cuts. The edition shows two machining examples using SCR420HB and SUJ3, each with its own cutting data, workpiece images and comparison chart.

Differences between the two trials are retained. Charts keep their original axis labels and relative bar heights; precise tool-life values are not calculated from unlabelled bars.

EBC190: comparison conditions

Parameter Example 1 Example 2
Workpiece SCR420HB SUJ3
Cutting speed Vc 200 m/min 170~220 m/min
Feed f 0.08~0.12 mm/rev 0.1~0.2 mm/rev
Depth of cut ap 0.15~0.20 mm 0.08~0.15 mm
Coolant Coolant Coolant
Cut Interrupted Continuous
EBC190: coated PCBN for hardened workpieces: Tool view.
EBC190: coated PCBN for hardened workpieces: Tool view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Tool view.
EBC190: coated PCBN for hardened workpieces: Tool view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: coated PCBN for hardened workpieces: Component and machining view.
EBC190: SCR420HB.
EBC190: SCR420HB.
EBC190: SUJ3.
EBC190: SUJ3.

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CF: cutter with directed chip and coolant flow

The CF cutter directs coolant to the cutting edge and supports chip flow. Stable insert mounting is designed for tool life and process reliability. The source also identifies good surface finish, easier handling with an aluminium body and a durable design with low cutting load.

More cutting edges can enable higher feed and shorter cycle times with suitable setup, improving productivity and process stability. Detail images show insert mounting and directed coolant supply; existing target annotations are retained.

CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Tool view.
CF: cutter with directed chip and coolant flow: Component and machining view.
CF: cutter with directed chip and coolant flow: Component and machining view.
CF: cutter with directed chip and coolant flow: Component and machining view.
CF: cutter with directed chip and coolant flow: Component and machining view.

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PCD, PCBN, CVD and single-crystal diamond

Polycrystalline diamond is produced by sintering diamond particles with a metal matrix at high pressure and temperature. High-precision, productive machining and difficult-to-cut materials extend the demands on conventional cutting materials such as high-speed steel, carbide, cermet and ceramic.

The overview distinguishes PCD for non-ferrous metals, wood and composites; PCBN for ferrous materials such as cast iron, hardened steel and superalloys; polycrystalline CVD diamond for non-ferrous uses similar to PCD; and synthetic or natural single-crystal diamond for high edge quality. Micrographs and the qualitative hardness/toughness plot position natural diamond, mono, CVD, PCD, PCBN, oxide/nitride ceramics, ultra-fine and conventional carbide, and high-speed steel.

Cutting materials: definition and applications

Material Definition Application Hardness [GPa]
PCD Polycrystalline diamond Non-ferrous metals (Al, Cu), wood, advanced composites 50~70
PCBN Polycrystalline cubic boron nitride Ferrous metals: cast iron, hardened steel, superalloy 30~40
CVD Polycrystalline chemical-vapour-deposited diamond Non-ferrous metals, similar to PCD 70~80
Mono / Natural diamond Single-crystal diamond Non-metallic applications with high edge quality 80~100
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Microstructure image with the shown scale.
PCD, PCBN, CVD and single-crystal diamond: Tool view.
PCD, PCBN, CVD and single-crystal diamond: Tool view.
Cutting materials: hardness and toughness.
Cutting materials: hardness and toughness.

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Cutting-material structure and manufacturing benefits

PCD contains diamond grains with different crystal orientations. This produces more uniform directional properties and supports wear resistance, resistance to chemical attack and impact loading. It does not establish a universal tool-life advantage over natural diamond; application and crystal orientation remain relevant.

PCBN is a synthetic cutting material with high hardness and heat resistance. The source describes thermal stability up to approximately 1000 °C. This material statement is not a permissible operating temperature for every complete insert, coating or brazed joint.

The source lists seven manufacturing objectives: precise surfaces, dimensional accuracy, long tool life, reduced tool-inventory effort, fast material removal, lower energy demand and resource-efficient production. Achievable benefits depend on a coordinated tool and process.

Cutting-material structure and manufacturing benefits: Tool view.
Cutting-material structure and manufacturing benefits: Tool view.

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PCD: grain size, diamond content and grade selection

Selection spans ultra-fine, fine, medium and coarse through multi-modal structures. The five micrographs show EP20, EP51, EP55, EP58 and EP29 at ×1000. The source associates finer structures with better surfaces and coarser/multi-modal structures with higher wear resistance; the grade table retains diamond content, grain size, W+Co binder and applications.

The application bands distinguish wood/copper, rubber/acrylic glass, aluminium-silicon alloys with Si <13% or Si >13% and carbide, sintered/unsintered ceramics, and MMC/CFRP/glass fibre. General use lies in the fine-to-medium region. Band boundaries are retained as shown; intermediate positions are not converted into invented fixed grade assignments. WEDM means wire electrical-discharge machining.

PCD: five grain-size classes

Class Grade Grain size [µm] Diamond content [%] Type
Ultra-fine EP20 0.5 85 Carbide-backed
Fine EP51 3~4 90 Carbide-backed
Medium EP55 8~10 90 Carbide-backed
Coarse EP58 20~25 94 Carbide-backed
Multi-modal EP29 30+2 94 Carbide-backed

PCD grades

Grade Diamond content [%] Grain size [µm] Binder Application
EP10 85 1.5 W+Co Sharp cutting edge
EP20 85 0.5 W+Co Ultra-fine grain for finishing
EP51 90 3~4 W+Co Fine grain for finishing
EP13 92 5~6 W+Co General purpose; WEDM
EP55 90 8~10 W+Co General purpose
EP75 90 6~8 W+Co General purpose; WEDM
EP750 90 8+2 W+Co Multi-modal, wear resistance
EP58 94 20~25 W+Co Wear resistance
EP59 95 25+2 W+Co Multi-modal, wear resistance
EP29 94 30+2 W+Co Multi-modal, wear resistance; difficult-to-cut materials
EP69 95 50+α W+Co Multi-modal, wear resistance; difficult-to-cut materials
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size, diamond content and grade selection: Microstructure image with the shown scale.
PCD: grain size and application bands.
PCD: grain size and application bands.

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PCD: workpieces and machining ranges

The parameter table connects material, grade class, cutting speed, feed and depth of cut. Aluminium-silicon alloys, copper, carbide/ceramic, engineering plastics, wood and the specific titanium application remain separate. The qualitative application diagram relates wrought aluminium, Al–Si <13 vol%, Al–Si >13 vol% and MMC to superfinishing cuts, finishing, general finishing and roughing.

Non-ferrous workpieces: high-silicon Al alloys (Si >13%), low-/medium-silicon Al alloys (Si <13%), MMC, copper, brass, bronze, zinc, sintered/unsintered carbide and titanium alloys.

Non-metallic workpieces: wood and boards such as HDF, chipboard, hardboard and laminate; graphite, epoxy, CFRP, GFRP and engineering plastics; sintered/unsintered ceramics, granite, imitation marble and quartz. Cutting data relate to the respective source application.

PCD: working parameters

Material Vc [m/min] f [mm/rev] ap [mm]
Al–Si alloy (Si <13%) ~3000 ~0.2 ~3
Al–Si alloy (Si >13%) ~3000 ~0.2 ~3
Cu alloy ~1000 ~0.2 ~3
Tungsten carbide / ceramic 10~30 ~0.2 ~0.5
Engineering plastic ~1000 ~0.4 ~2
Wood ~4000 ~0.4 —
Ti alloy 50~100 ~0.3 ~0.5

A leading ~ is retained as printed and is not reinterpreted as a confirmed maximum.

PCD: grades assigned in the parameter table

Material Ultra-fine Fine Medium Coarse Multi-modal
Al–Si alloy (Si <13%) EP10; EP20 — EP13; EP55; EP75 — —
Al–Si alloy (Si >13%) — — EP750 EP58 EP29; EP59; EP69
Cu alloy EP10; EP20 EP51 EP13 — —
Tungsten carbide / ceramic — — EP55; EP75; EP750 EP58 EP29; EP59; EP69
Engineering plastic EP10; EP20 — EP13; EP55; EP75 — EP29; EP59; EP69
Wood — EP51 EP55; EP75; EP750 — —
Ti alloy EP20 — — — —
PCD grades: machining ranges.
PCD grades: machining ranges.

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PCBN: CBN content, binder and application

Low CBN content is illustrated with ceramic binders such as TiC and TiN, and high content with metal binders such as Co and WC. The source compares strength, heat/chemical resistance and wear resistance using relative ratings. Its general property table and grade arrows use different content ranges and remain separate.

Interruption levels extend from H05 (continuous) through H15 (light) and H25 (medium) to H35 (heavy interruption). Seven section models H05, H10, H15, H20, H25, H30 and H35 show the progression. Grades are described as carbide-backed, solid or double-sided. P/M here denotes powder-metallurgy materials.

PCBN: low- and high-CBN-content properties

Property Low CBN content High CBN content
CBN content 40~70% 70~95%
Grain size 0.5~5 µm 1~20 µm
Binder Ceramic (TiC, TiN…) Metal (Co, WC…)
Strength (rating) 2/4 4/4
Thermal resistance (rating) 2/4 4/4
Chemical resistance (rating) 4/4 1/4
Wear resistance (rating) 3/4 4/4

PCBN: low-CBN-content grades

Grade Type Application
EB319X Carbide-backed H05, high speed
EB29X (EB29S) Carbide-backed / solid H05, high speed
EB28X (EB28S) Carbide-backed / solid H05, standard
EB180 Carbide-backed H05~H15
EB570 (EB57S) Carbide-backed / solid H05~H15, bearing steel
EB160 (EB16S) Carbide-backed / solid H05~H15
EB560 (EB56S) Carbide-backed / solid H05~H20
EB550 (EB55S) Carbide-backed / solid H15~H25
EB150 (EB15S) Carbide-backed / solid H15~H25
EB190 (EB19S) Carbide-backed / solid H05~H30
EB73 Carbide-backed H25~H35
EB54X Solid H25~H35
EB170 Carbide-backed Powder metal, valve seat
EB14 Carbide-backed Powder metal, valve seat

The shared source arrow 40→70% does not specify an individual percentage for each grade.

PCBN: high-CBN-content grades

Grade Type Application
EB130 Carbide-backed Low-alloy powder metal
EB710 Carbide-backed Chilled iron; low-alloy powder metal
EB120 Carbide-backed Ductile / chilled iron
EB22 Carbide-backed Chilled iron; low-alloy powder metal
EB11 Carbide-backed Cast iron standard, heavy interruption
EB51 Carbide-backed Cast iron standard
EB71 Carbide-backed / double-sided Cast iron standard
EB210 Carbide-backed Cast iron, high interruption
EB71X Carbide-backed Chilled iron; low-alloy powder metal
EB100X Solid White iron; heavy milling of cast iron
EB50 Solid Grey cast iron, roughing
EB1000 Solid Grey cast iron, roughing / finishing
HBN Solid Grey cast iron, standard
HBN-W Solid Grey cast iron, roughing
HBN-N Solid Grey cast iron, roughing
HBN-R Solid Iron roll

The grade arrow 75→95% is separate from the general property range 70~95%.

PCBN: CBN content, binder and application: Tool view.
PCBN: CBN content, binder and application: Tool view.
Hard turning: interruption levels.
Hard turning: interruption levels.

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PCBN: cutting data and application groups

The cutting-data table distinguishes hardened steel, cast iron and high-/low-alloy powder-metallurgy materials. Grades, cutting speed, feed and depth of cut are fully assigned. The qualitative application plot adds interruption from continuous through light/medium to heavy.

Low CBN content: tool/die steel, hardened steel, bearing steel and high-chromium/molybdenum steel for gears, transmission shafts, bearings, dies and punches. Sintered powder-metallurgy materials are listed for valve seats/guides, connecting rods and oil-pump gears.

High CBN content: grey, Ni-hard, alloy, chilled and nodular iron for engine blocks, brake discs/drums, clutch plates, rolls, pumps and impellers. Superalloy examples Inconel 718/901/600, Rene 76/77/95 and Stellite are associated with turbine discs, blades and vanes.

PCBN: working parameters

Material group Grade Vc [m/min] f [mm/rev] ap [mm]
Hardened steel EB19X / EB29X (S) 150~300 0.05~0.15 0.05~0.15
Hardened steel EB28X (S) 120~280 0.05~0.2 0.05~0.2
Hardened steel EB180 / EB570 (S) 100~230 0.05~0.15 0.05~0.2
Hardened steel EB160 (S) / EB560 (S) 80~200 0.05~0.2 0.05~0.2
Hardened steel EB550 (S) / EB150 (S) 80~180 0.05~0.2 0.05~0.3
Hardened steel EB190 (S) 70~170 0.05~0.2 0.05~0.3
Hardened steel EB54X / EB73 70~120 0.05~0.15 0.05~0.2
Hardened steel EB51 / EB210 50~100 0.05~0.15 0.05~0.2
Cast iron EB51 / EB71 300~1000 0.1~0.5 0.1~2
Cast iron EB210 / EB71X 300~1500 0.05~0.3 0.1~2
Cast iron EB50 / EB1000 150~1500 0.1~0.5 0.1~4
Cast iron EB100X 150~1000 0.1~0.3 0.1~4
Cast iron HBN-W 300~1000 0.1~0.5 0.1~4
Cast iron HBN / HBN-N 300~1000 0.1~0.5 0.1~4
High-alloy powder metal EB28X (S) 100~250 0.05~0.2 0.05~0.2
High-alloy powder metal EB170 / EB14 100~200 0.05~0.2 0.05~0.2
High-alloy powder metal EB550 (S) 50~150 0.05~0.25 0.05~0.2
Low-alloy powder metal EB51 / EB71 50~150 0.05~0.3 0.05~0.2
Low-alloy powder metal EB710 / EB130 / EB22 50~150 0.05~0.3 0.05~0.2
Low-alloy powder metal EB120 / EB71X 50~150 0.05~0.3 0.05~0.2
PCBN grades: interruption and workpiece material.
PCBN grades: interruption and workpiece material.

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Diamond: PCD, CVD and mono compared

The three micrographs show PCD, polycrystalline CVD diamond and single-crystal mono diamond at ×1000. The property table retains thermal conductivity, hardness, toughness and tensile strength with their actual printed numbers and units. The tensile-strength unit is explained locally at the table.

Three qualitative diagrams compare hardness/toughness, wear resistance against price/surface finish, and hardness against chemical/thermal resistance. ED501 and ED502 are distinguished by relative wear/toughness ratings.

Applications: high- and low-silicon Al alloys, MMC, copper, brass, bronze, zinc and sintered/unsintered carbide; wood/HDF/chipboard/hardboard/laminate, graphite/epoxy/CFRP/GFRP/engineering plastics, and sintered/unsintered ceramics, granite, imitation marble and quartz.

Diamond: material properties in the 2022 edition

Property PCD CVD (polycrystalline) Mono (single-crystal)
Thermal conductivity (unit not printed) 560 560 2,000
Hardness [GPa] 50~70 70~80 80~100
Toughness [MPa·m1/2] 8~9 8~9 3~4
Tensile strength (source heading: Gpa) 1,260 1,260 2,000

Tensile-strength numbers and the printed unit heading are retained. The unit is unconfirmed and no silent conversion is made. No unit is printed for thermal conductivity.

CVD grades: relative comparison

Grade Wear resistance Toughness
ED501 3/4 3/4
ED502 4/4 2/4
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond: PCD, CVD and mono compared: Microstructure image with the shown scale.
Diamond types: property comparison.
Diamond types: property comparison.

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Single-crystal diamond for precision edges

Natural diamond, synthetic mono diamond and single-crystal CVD diamond enable sharp, uniform cutting edges. Listed applications include non-ferrous metals, acrylic lenses, micro-patterns and flat-panel display/backlight components (FPD/BLU).

Natural diamond is illustrated as colourless and described for finishing, wear resistance and heat resistance. Yellow mono diamond is produced by HPHT and provides a consistent synthetic alternative. Colourless single-crystal CVD diamond combines precision edge quality with reproducible properties for ultra-precision machining. Crystal orientation and the specific application determine tool benefit.

The Knoop-hardness chart retains natural diamond, mono and single CVD categories and printed ticks 2,000 / 4,000 / 6,000 / 8,000. Bars have no individual numerical labels, so no exact hardness values are added.

Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond for precision edges: Tool view.
Single-crystal diamond: Knoop hardness.
Single-crystal diamond: Knoop hardness.

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Coatings: properties and applications

Coatings complement the cutting material and are selected for wear, heat and application. The 2022 edition lists TIN, TA, AC and TNP with colour, hardness, temperature data and use. The application bands distinguish cast iron, hardened steel from HRC 45, bearing steel and powder-metallurgy materials from HRC 45. Their partial ranges retain the source geometry.

The supplementary 2026 edition has its own coating variants and different property values. Both variant sets remain separate with their respective tables and source attribution.

Coatings in the 2022 edition

Coating Colour Hardness [HV] Temperature [°C] Properties / application
TIN Gold 2300 600 Mono / wear parts; identifies used cutting edges
TA Purple-grey 3400 900 Heat and wear resistance; conventional cutting
AC Silver-grey 3200 1100 Hot hardness, heat and oxidation resistance
TNP Light dark-grey 3500 1000 Wear resistance, surface finish and heat resistance; hardened / bearing steel
Coatings: application bands.
Coatings: application bands.

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PCD/CVD chipbreakers ER and EX

Chipbreakers support controlled breaking of long chips and a more stable machining process. The source lists use under different conditions and at low or high feeds. Illustrated ISO forms include CCGW, DCGW, VBGW and TCGW.

ER is designed for greater depths of cut with robust cutting-edge geometry. EX combines edge strength with medium depths of cut in roughing and semi-finishing. The application plot shows ER, EX and EF against feed f [mm/rev] and depth of cut ap [mm]. Closed range curves are retained as shown, without deriving rectangular approval ranges.

PCD/CVD chipbreakers ER and EX: Tool view.
PCD/CVD chipbreakers ER and EX: Tool view.
PCD/CVD chipbreakers ER and EX: Tool view.
PCD/CVD chipbreakers ER and EX: Tool view.
PCD/CVD: chipbreaker ER.
PCD/CVD: chipbreaker ER.
PCD/CVD: chipbreaker EX.
PCD/CVD: chipbreaker EX.

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PCD/CVD chipbreakers EF and ES

EF is designed for small depths of cut in finishing. ES denotes application-specific chipbreakers; the four illustrated special geometries are retained as design examples. Selection depends on tool, holder, component, material and actual cutting conditions. The aluminium-wheel enquiry example combines VCGW160408 and SVVCN2525-16 with the stated cutting data.

PCD chipbreaker: design-enquiry example

Parameter Data
Tool VCGW160408
Holder SVVCN2525-16
Workpiece Aluminium wheel
Material ADC12
Cutting speed Vc 1800 m/min
Spindle speed N 2500 rev/min
Feed f 0.15 mm/rev
Depth of cut ap 0.3 mm
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD chipbreakers EF and ES: Tool view.
PCD/CVD: chipbreaker EF.
PCD/CVD: chipbreaker EF.

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PCBN chipbreakers ER, EF and ES

ER is designed for greater depths of cut; rounded, reinforced edge geometry supports edge strength and chip control. EF serves finishing at small depth of cut. ES covers the four illustrated custom forms.

The range chart retains ER and EF against feed and depth of cut with the actual tick sequence. The design table lists a brake-disc example using CNGA120408, DCLN R/L 3232 and FC250. Associated images and their tool/workpiece assignments are fully retained.

PCBN chipbreaker: design-enquiry example

Parameter Data
Tool CNGA120408
Holder DCLN R/L 3232
Workpiece Brake disc
Material FC250
Cutting speed Vc 850 m/min
Spindle speed N 1000 rev/min
Feed f 0.3 mm/rev
Depth of cut ap 0.4 mm
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN chipbreakers ER, EF and ES: Tool view.
PCBN: chipbreaker ER.
PCBN: chipbreaker ER.
PCBN: chipbreaker EF.
PCBN: chipbreaker EF.

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PCD chipbreakers: aluminium application examples

The four application examples associate DCGW11T308_ER, VCGW110302_EF, DCGW11T304_EX and VBGW160408_ES with aluminium alloys and their respective cutting data. Workpiece photos retain marked machining locations; drawings and insert images show the associated design. The ≈ symbol denotes the approximate source cutting speeds.

PCD chipbreaker: four application examples

Insert Material Vc [m/min] ap [mm] f [mm/rev]
DCGW11T308_ER Aluminium alloy ≈500 0.5 0.15
VCGW110302_EF Aluminium alloy ≈500 0.1 0.1
DCGW11T304_EX Aluminium alloy ≈800 0.2 0.15
VBGW160408_ES Aluminium alloy ≈1500 0.2 0.3
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Tool view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.
PCD chipbreakers: aluminium application examples: Component and machining view.

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PCBN chipbreakers: SCM420 application examples

The four examples associate CNGA120408_ER, CNGA120408_EF, CNGA120408_ES and WNGA080408_ES with SCM420. Cutting speed, depth and feed remain separate for each trial. Existing workpiece annotations and corresponding edge forms are retained; results are not presented as a general promise for other components.

PCBN chipbreaker: four application examples

Insert Material Vc [m/min] ap [mm] f [mm/rev]
CNGA120408_ER SCM420 ≈150 0.25 0.1
CNGA120408_EF SCM420 ≈150 0.1 0.1
CNGA120408_ES SCM420 ≈150 0.2 0.1
WNGA080408_ES SCM420 ≈100 0.15 0.1
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Tool view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.
PCBN chipbreakers: SCM420 application examples: Component and machining view.

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Turning tools

Turning tools: Component and machining view.
Turning tools: Component and machining view.

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Turning: PCD/CVD and PCBN inserts

The turning programme combines inserts and matching holders for coordinated machining tasks. Its objectives are fast material removal and productivity, wear resistance and tool life, good surface finish and precise tolerances. Insert tables retain ISO designation, metric/inch size, dimensions, cutting-material grades and the illustrated construction. Standard, mini-tip, multi-tip, vertical-tip, solid and chipbreaker designs remain distinct.

Turning: PCD/CVD and PCBN inserts: Tool view.
Turning: PCD/CVD and PCBN inserts: Tool view.
Turning: PCD/CVD and PCBN inserts: Component and machining view.
Turning: PCD/CVD and PCBN inserts: Component and machining view.

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Turning insert designation: metric

The CNMG example divides the first four positions into insert shape, clearance, tolerance class and seating/rake-face features. Shapes C, D, E, K, R, S, T, V and W and clearances N, A, B, C, P, D, E and F retain their geometric references in the overview. Dimension sketches identify m, t and I.C. Classes A, F, C, H, E and G refer to I.C. sizes 6.35, 9.525, 12.7, 15.875, 19.05, 25.4 and 31.75 mm or inch symbols 2, 3, 4, 5, 6, 8 and 10. M and U retain their separate size-dependent values.

Seating/rake-face diagrams distinguish A, G, M, R, B/W, T/H and N; Z/X identifies special designs. Views retain their illustrated feature assignments.

ISO designation: shape symbols

Symbol Shape / angle
C 80°
D 55°
E 75°
K 55°
R Round
S Square
T Triangle
V 35°
W 80°

ISO designation: clearance angle

Symbol Clearance angle
N 0°
A 3°
B 5°
C 7°
P 11°
D 15°
E 20°
F 25°

Metric tolerance classes A/F/C/H/E/G

Class m [mm] t [mm] I.C [mm]
A ±0.005 ±0.025 ±0.025
F ±0.005 ±0.025 ±0.013
C ±0.013 ±0.025 ±0.025
H ±0.013 ±0.025 ±0.013
E ±0.025 ±0.025 ±0.025
G ±0.025 ±0.13 ±0.025

The shared I.C-size list is 6.35, 9.525, 12.7, 15.875, 19.05, 25.4, 31.75 mm; these sizes are not tied row by row to the six classes.

Metric tolerance class M

I.C [mm] m [mm] t [mm] I.C tolerance [mm]
6.35 ±0.08 ±0.13 ±0.05
9.525 ±0.08 ±0.13 ±0.05
12.7 ±0.13 ±0.13 ±0.08
15.875 ±0.15 ±0.13 ±0.1
19.05 ±0.15 ±0.13 ±0.1
25.4 ±0.18 ±0.13 ±0.13
31.75 ±0.18 ±0.13 ±0.13

Metric tolerance class U

I.C [mm] m [mm] t [mm] I.C tolerance [mm]
6.36 ±0.13 ±0.13 ±0.08
9.525 ±0.13 ±0.13 ±0.08
12.7 ±0.2 ±0.13 ±0.13
15.875 ±0.27 ±0.13 ±0.13
19.05 ±0.27 ±0.13 ±0.18
25.4 ±0.38 ±0.13 ±0.25
31.75 ±0.38 ±0.13 ±0.25

The first size 6.36 is retained as printed in the U table.

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Turning inserts: size, edge and hand

The continuation 12 04 08 T2501(R) identifies insert size, thickness and corner radius together with edge preparation and hand. The size overview retains the respective C, D, E, R, S, T, V, W and K shape assignments; blank size fields remain blank. F, E, T and S identify the drawn edge preparations. R means right-hand and L left-hand cutting.

Metric thickness symbols

Symbol Thickness [mm]
01 1.59
T1 1.98
02 2.38
T2 2.78
03 3.18
T3 3.97
04 4.76
05 5.56
06 6.35
07 7.94
09 9.52

Metric radius symbols

Symbol Corner radius [mm]
01 0.1
02 0.2
04 0.4
05 0.5
08 0.8
12 1.2
16 1.6
20 2
24 2.4
32 3.2

Metric shape sizes and I.C

Shape symbol with size symbol I.C [mm]
C03; D04; S03; T06 3.97
C05; D06; S05; T09; V09; W03 5.56
C06; D07; S06; T11; V11; W04 6.35
C08; D09; S07; T13; V13; W05 7.94
R08 8
C09; D11; R09; S09; T16; V16; W06; K16 9.525
R10 10
R12 12
C12; D15; E13; R12.7; S12; T22; V22; W08 12.7
C16; D19; R15; S15; T27; V27; W10 15.875
R16 16
C19; D23; R19; S19; T33; V33; W13 19.05
R20 20
R25 25
C25; D31; R25; S25; T44 25.4
R32 32

Shape symbols and numbers reproduce individual assignments in the original matrix; shapes not listed have no source value in that row.

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Turning insert designation: inch system

The CNMG example divides the first four positions into insert shape, clearance, tolerance class and seating/rake-face features. Shapes C, D, E, K, R, S, T, V and W and clearances N, A, B, C, P, D, E and F retain their geometric references in the overview. Dimension sketches identify m, t and I.C. Classes A, F, C, H, E and G refer to I.C. sizes 6.35, 9.525, 12.7, 15.875, 19.05, 25.4 and 31.75 mm or inch symbols 2, 3, 4, 5, 6, 8 and 10. M and U retain their separate size-dependent values.

Seating/rake-face diagrams distinguish A, G, M, R, B/W, T/H and N; Z/X identifies special designs. Views retain their illustrated feature assignments.

Inch tolerance classes A/F/C/H/E/G

Class m [inch] t [inch] I.C [inch]
A ±0.002 ±0.001 ±0.001
F ±0.002 ±0.001 ±0.0005
C ±0.0005 ±0.001 ±0.001
H ±0.0005 ±0.001 ±0.0005
E ±0.001 ±0.001 ±0.001
G ±0.001 ±0.005 ±0.001

The shared I.C-symbol range is 2, 3, 4, 5, 6, 8, 10. A/F m=±0.002 is retained as printed; the inch table is not computed from the metric table.

Inch tolerance class M

I.C symbol m [inch] t [inch] I.C tolerance [inch]
2 ±0.003 ±0.005 ±0.002
3 ±0.003 ±0.005 ±0.002
4 ±0.005 ±0.005 ±0.003
5 ±0.006 ±0.005 ±0.004
6 ±0.006 ±0.005 ±0.004
8 ±0.007 ±0.005 ±0.005
10 ±0.007 ±0.005 ±0.005

Inch tolerance class U

I.C symbol m [inch] t [inch] I.C tolerance [inch]
2 ±0.007 ±0.005 ±0.003
3 ±0.007 ±0.005 ±0.003
4 ±0.008 ±0.005 ±0.005
5 ±0.01 ±0.005 ±0.005
6 ±0.01 ±0.005 ±0.007
8 ±0.015 ±0.005 ±0.01
10 ±0.015 ±0.005 ±0.01

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Turning inserts: size, edge and hand

The continuation 4 3 2 T2501(R) identifies insert size, thickness and corner radius together with edge preparation and hand. The size overview retains the respective C, D, E, R, S, T, V, W and K shape assignments; blank size fields remain blank. F, E, T and S identify the drawn edge preparations. R means right-hand and L left-hand cutting.

Inch thickness symbols

Symbol Thickness [inch]
1 1/16
1.2 5/64
1.5 3/32
1.75 7/64
2 1/8
2.5 5/32
3 3/16
3.5 7/32
4 1/4
5 5/16
6 3/8

Inch radius symbols

Symbol Corner radius [inch]
0 0.004
0.5 0.008
1 1/64
2 1/32
3 3/64
4 1/16
5 5/64
6 3/32
7 7/64
8 1/8

Shape sizes and inch I.C

Shape symbol with size symbol Symbol I.C [inch]
C03; D04; S03; T06 1.2 5/32
C05; D06; S05; T09; V09; W03 1.8 7/32
C06; D07; S06; T11; V11; W04 2 1/4
C08; D09; S07; T13; V13; W05 2.5 5/16
R08 - -
C09; D11; R09; S09; T16; V16; W06; K16 3 3/8
R10 - -
R12 - -
C12; D15; E13; R12.7; S12; T22; V22; W08 4 1/2
C16; D19; R15; S15; T27; V27; W10 5 5/8
R16 - -
C19; D23; R19; S19; T33; V33; W13 6 3/4
R20 - -
R25 - -
C25; D31; R25; S25; T44; V44; W17 8 1
R32 10 1-1/4

For symbol 8, the inch matrix additionally lists V44 and W17; these entries are not copied into the metric matrix.

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PCD/CVD turning inserts

PCD/CVD turning inserts: Tool view.
PCD/CVD turning inserts: Tool view.
PCD/CVD turning inserts: Tool view.
PCD/CVD turning inserts: Tool view.
PCD/CVD turning inserts: Tool view.
PCD/CVD turning inserts: Tool view.

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CNGA / CNGX

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CNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 4.3
CNGA 120404 CNGA 431 4.3
CNGA 120408 CNGA 432 4.2
CNGA 120412 CNGA 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 2.8
CNGA 120404 CNGA 431 2.8
CNGA 120408 CNGA 432 2.7
CNGA 120412 CNGA 433 3.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

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CNGX: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGX 120402 CNGX 43(0.5) 12.7 4.76 0.2 5.16
CNGX 120404 CNGX 431 12.7 4.76 0.4 5.16
CNGX 120408 CNGX 432 12.7 4.76 0.8 5.16
CNGX 120412 CNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGX 120402 CNGX 43(0.5) 4.3
CNGX 120404 CNGX 431 4.3
CNGX 120408 CNGX 432 4.2
CNGX 120412 CNGX 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGX 120402 CNGX 43(0.5) 12.7 4.76 0.2 5.16
CNGX 120404 CNGX 431 12.7 4.76 0.4 5.16
CNGX 120408 CNGX 432 12.7 4.76 0.8 5.16
CNGX 120412 CNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGX 120402 CNGX 43(0.5) 2.8
CNGX 120404 CNGX 431 2.8
CNGX 120408 CNGX 432 2.7
CNGX 120412 CNGX 433 3.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

CNGA / CNGX: Tool view.
CNGA / CNGX: Tool view.
CNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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CCGW / CCGT

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CCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 09T302 CCGW 3(2.5)0.5 4.3
CCGW 09T304 CCGW 3(2.5)1 4.3
CCGW 09T308 CCGW 3(2.5)2 4.2
CCGW 120402 CCGW 430 4.3
CCGW 120404 CCGW 431 4.3
CCGW 120408 CCGW 432 4.2
CCGW 120412 CCGW 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 060202 CCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
CCGW 060204 CCGW 2(1.5)1 6.35 2.38 0.4 2.8
CCGW 060208 CCGW 2(1.5)2 6.35 2.38 0.8 2.8
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 060202 CCGW 2(1.5)0.5 2.8
CCGW 060204 CCGW 2(1.5)1 2.8
CCGW 060208 CCGW 2(1.5)2 2.7
CCGW 09T302 CCGW 3(2.5)0.5 2.8
CCGW 09T304 CCGW 3(2.5)1 2.8
CCGW 09T308 CCGW 3(2.5)2 2.7
CCGW 120402 CCGW 430 2.8
CCGW 120404 CCGW 431 2.8
CCGW 120408 CCGW 432 2.7
CCGW 120412 CCGW 433 3.1
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 060202 CCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
CCGW 060204 CCGW 2(1.5)1 6.35 2.38 0.4 2.8
CCGW 060208 CCGW 2(1.5)2 6.35 2.38 0.8 2.8
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 060202 CCGW 2(1.5)0.5 2.8
CCGW 060204 CCGW 2(1.5)1 2.8
CCGW 060208 CCGW 2(1.5)2 2.7
CCGW 09T302 CCGW 3(2.5)0.5 4.3
CCGW 09T304 CCGW 3(2.5)1 4.3
CCGW 09T308 CCGW 3(2.5)2 4.2
CCGW 120402 CCGW 430 4.3
CCGW 120404 CCGW 431 4.3
CCGW 120408 CCGW 432 4.2
CCGW 120412 CCGW 433 4.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

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CCGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGT 09T302 CCGT 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGT 09T304 CCGT 3(2.5)1 9.525 3.97 0.4 4.4
CCGT 09T308 CCGT 3(2.5)2 9.525 3.97 0.8 4.4
CCGT 120402 CCGT 430 12.7 4.76 0.2 5.5
CCGT 120404 CCGT 431 12.7 4.76 0.4 5.5
CCGT 120408 CCGT 432 12.7 4.76 0.8 5.5
CCGT 120412 CCGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGT 09T302 CCGT 3(2.5)0.5 4.3
CCGT 09T304 CCGT 3(2.5)1 4.3
CCGT 09T308 CCGT 3(2.5)2 4.2
CCGT 120402 CCGT 430 4.3
CCGT 120404 CCGT 431 4.3
CCGT 120408 CCGT 432 4.2
CCGT 120412 CCGT 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGT 060202 CCGT 2(1.5)0.5 6.35 2.38 0.2 2.8
CCGT 060204 CCGT 2(1.5)1 6.35 2.38 0.4 2.8
CCGT 060208 CCGT 2(1.5)2 6.35 2.38 0.8 2.8
CCGT 09T302 CCGT 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGT 09T304 CCGT 3(2.5)1 9.525 3.97 0.4 4.4
CCGT 09T308 CCGT 3(2.5)2 9.525 3.97 0.8 4.4
CCGT 120402 CCGT 430 12.7 4.76 0.2 5.5
CCGT 120404 CCGT 431 12.7 4.76 0.4 5.5
CCGT 120408 CCGT 432 12.7 4.76 0.8 5.5
CCGT 120412 CCGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGT 060202 CCGT 2(1.5)0.5 2.8
CCGT 060204 CCGT 2(1.5)1 2.8
CCGT 060208 CCGT 2(1.5)2 2.7
CCGT 09T302 CCGT 3(2.5)0.5 2.8
CCGT 09T304 CCGT 3(2.5)1 2.8
CCGT 09T308 CCGT 3(2.5)2 2.7
CCGT 120402 CCGT 430 2.8
CCGT 120404 CCGT 431 2.8
CCGT 120408 CCGT 432 2.7
CCGT 120412 CCGT 433 3.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

CCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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CPGW / CPGT

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CPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 090302 CPGW 320.5 4.3
CPGW 090304 CPGW 321 4.3
CPGW 090308 CPGW 322 4.2
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 7.94 2.38 0.2 3.4
CPGW 080204 CPGW 2.5(1.5)1 7.94 2.38 0.4 3.4
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 2.8
CPGW 080204 CPGW 2.5(1.5)1 2.8
CPGW 090302 CPGW 320.5 2.8
CPGW 090304 CPGW 321 2.8
CPGW 090308 CPGW 322 2.7
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 7.94 2.38 0.2 3.4
CPGW 080204 CPGW 2.5(1.5)1 7.94 2.38 0.4 3.4
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 4.3
CPGW 080204 CPGW 2.5(1.5)1 4.3
CPGW 090302 CPGW 320.5 4.3
CPGW 090304 CPGW 321 4.3
CPGW 090308 CPGW 322 4.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

CPGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGT 090302 CPGT 320.5 9.525 3.18 0.2 4.4
CPGT 090304 CPGT 321 9.525 3.18 0.4 4.4
CPGT 090308 CPGT 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGT 090302 CPGT 320.5 4.3
CPGT 090304 CPGT 321 4.3
CPGT 090308 CPGT 322 4.2
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGT 080202 CPGT 2.5(1.5)0.5 7.94 2.38 0.2 3.4
CPGT 080204 CPGT 2.5(1.5)1 7.94 2.38 0.4 3.4
CPGT 090302 CPGT 320.5 9.525 3.18 0.2 4.4
CPGT 090304 CPGT 321 9.525 3.18 0.4 4.4
CPGT 090308 CPGT 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGT 080202 CPGT 2.5(1.5)0.5 2.8
CPGT 080204 CPGT 2.5(1.5)1 2.8
CPGT 090302 CPGT 320.5 2.8
CPGT 090304 CPGT 321 2.8
CPGT 090308 CPGT 322 2.7
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

CPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
CPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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DNGA / DNGX

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DNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 3.9
DNGA 110408 DNGA 332 3.5
DNGA 150404 DNGA 431 3.9
DNGA 150408 DNGA 432 3.5
DNGA 150412 DNGA 433 3.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 2.4
DNGA 110408 DNGA 332 2
DNGA 150404 DNGA 431 2.4
DNGA 150408 DNGA 432 2
DNGA 150412 DNGA 433 2.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

DNGX: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGX 110404 DNGX 331 9.525 4.76 0.4 3.81
DNGX 110408 DNGX 332 9.525 4.76 0.8 3.81
DNGX 150404 DNGX 431 12.7 4.76 0.4 5.16
DNGX 150408 DNGX 432 12.7 4.76 0.8 5.16
DNGX 150412 DNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGX 110404 DNGX 331 3.9
DNGX 110408 DNGX 332 3.5
DNGX 150404 DNGX 431 3.9
DNGX 150408 DNGX 432 3.5
DNGX 150412 DNGX 433 3.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGX 110404 DNGX 331 9.525 4.76 0.4 3.81
DNGX 110408 DNGX 332 9.525 4.76 0.8 3.81
DNGX 150404 DNGX 431 12.7 4.76 0.4 5.16
DNGX 150408 DNGX 432 12.7 4.76 0.8 5.16
DNGX 150412 DNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGX 110404 DNGX 331 2.4
DNGX 110408 DNGX 332 2
DNGX 150404 DNGX 431 2.4
DNGX 150408 DNGX 432 2
DNGX 150412 DNGX 433 2.1
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

DNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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DCGW / DCGT

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DCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4
DCGW 150404 DCGW 431 12.7 4.76 0.4 5.16
DCGW 150408 DCGW 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 11T302 DCGW 3(2.5)0.5 4
DCGW 11T304 DCGW 3(2.5)1 3.9
DCGW 11T308 DCGW 3(2.5)2 3.5
DCGW 150404 DCGW 431 3.9
DCGW 150408 DCGW 432 3.5
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 070202 DCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
DCGW 070204 DCGW 2(1.5)1 6.35 2.38 0.4 2.8
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 070202 DCGW 2(1.5)0.5 2.5
DCGW 070204 DCGW 2(1.5)1 2.4
DCGW 11T302 DCGW 3(2.5)0.5 2.5
DCGW 11T304 DCGW 3(2.5)1 2.4
DCGW 11T308 DCGW 3(2.5)2 2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 070202 DCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
DCGW 070204 DCGW 2(1.5)1 6.35 2.38 0.4 2.8
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 070202 DCGW 2(1.5)0.5 2.5
DCGW 070204 DCGW 2(1.5)1 2.4
DCGW 11T302 DCGW 3(2.5)0.5 4
DCGW 11T304 DCGW 3(2.5)1 3.9
DCGW 11T308 DCGW 3(2.5)2 3.5
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

DCGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGT 11T302 DCGT 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGT 11T304 DCGT 3(2.5)1 9.525 3.97 0.4 4.4
DCGT 11T308 DCGT 3(2.5)2 9.525 3.97 0.8 4.4
DCGT 150404 DCGT 431 12.7 4.76 0.4 5.16
DCGT 150408 DCGT 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGT 11T302 DCGT 3(2.5)0.5 4
DCGT 11T304 DCGT 3(2.5)1 3.9
DCGT 11T308 DCGT 3(2.5)2 3.5
DCGT 150404 DCGT 431 3.9
DCGT 150408 DCGT 432 3.5
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGT 070202 DCGT 2(1.5)0.5 6.35 2.38 0.2 2.8
DCGT 070204 DCGT 2(1.5)1 6.35 2.38 0.4 2.8
DCGT 11T302 DCGT 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGT 11T304 DCGT 3(2.5)1 9.525 3.97 0.4 4.4
DCGT 11T308 DCGT 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGT 070202 DCGT 2(1.5)0.5 2.5
DCGT 070204 DCGT 2(1.5)1 2.4
DCGT 11T302 DCGT 3(2.5)0.5 2.5
DCGT 11T304 DCGT 3(2.5)1 2.4
DCGT 11T308 DCGT 3(2.5)2 2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

DCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

Enquire about this chapter

DPGW / DPGT

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DPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DPGW 11T302 DPGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DPGW 11T304 DPGW 3(2.5)1 9.525 3.97 0.4 4.4
DPGW 11T308 DPGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DPGW 11T302 DPGW 3(2.5)0.5 4
DPGW 11T304 DPGW 3(2.5)1 3.9
DPGW 11T308 DPGW 3(2.5)2 3.5
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DPGW 070202 DPGW 2(1.5)0.5 6.35 2.38 0.2 2.8
DPGW 070204 DPGW 2(1.5)1 6.35 2.38 0.4 2.8
DPGW 11T302 DPGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DPGW 11T304 DPGW 3(2.5)1 9.525 3.97 0.4 4.4
DPGW 11T308 DPGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DPGW 070202 DPGW 2(1.5)0.5 2.5
DPGW 070204 DPGW 2(1.5)1 2.4
DPGW 11T302 DPGW 3(2.5)0.5 2.5
DPGW 11T304 DPGW 3(2.5)1 2.4
DPGW 11T308 DPGW 3(2.5)2 2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DPGW 070202 DPGW 2(1.5)0.5 6.35 2.38 0.2 2.8
DPGW 070204 DPGW 2(1.5)1 6.35 2.38 0.4 2.8
DPGW 11T302 DPGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DPGW 11T304 DPGW 3(2.5)1 9.525 3.97 0.4 4.4
DPGW 11T308 DPGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DPGW 070202 DPGW 2(1.5)0.5 2.5
DPGW 070204 DPGW 2(1.5)1 2.4
DPGW 11T302 DPGW 3(2.5)0.5 4
DPGW 11T304 DPGW 3(2.5)1 3.9
DPGW 11T308 DPGW 3(2.5)2 3.5
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

DPGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DPGT 11T302 DPGT 3(2.5)0.5 9.525 3.97 0.4 4.4
DPGT 11T304 DPGT 3(2.5)1 9.525 3.97 0.4 4.4
DPGT 11T308 DPGT 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DPGT 11T302 DPGT 3(2.5)0.5 4
DPGT 11T304 DPGT 3(2.5)1 3.9
DPGT 11T308 DPGT 3(2.5)2 3.5
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DPGT 070202 DPGT 2(1.5)0.5 6.35 2.38 0.2 2.8
DPGT 070204 DPGT 2(1.5)1 6.35 2.38 0.4 2.8
DPGT 11T302 DPGT 3(2.5)0.5 9.525 3.97 0.4 4.4
DPGT 11T304 DPGT 3(2.5)1 9.525 3.97 0.4 4.4
DPGT 11T308 DPGT 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DPGT 070202 DPGT 2(1.5)0.5 2.5
DPGT 070204 DPGT 2(1.5)1 2.4
DPGT 11T302 DPGT 3(2.5)0.5 2.5
DPGT 11T304 DPGT 3(2.5)1 2.4
DPGT 11T308 DPGT 3(2.5)2 2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

DPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
DPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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SNGA / SNGX / SNGN

Enquire about this chapter

SNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 090304 SNGA 321 9.525 3.18 0.4 3.81
SNGA 090308 SNGA 322 9.525 3.18 0.8 3.81
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 090304 SNGA 321 4.4
SNGA 090308 SNGA 322 4.4
SNGA 120404 SNGA 431 4.4
SNGA 120408 SNGA 432 4.4
SNGA 120412 SNGA 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 090304 SNGA 321 9.525 3.18 0.4 3.81
SNGA 090308 SNGA 322 9.525 3.18 0.8 3.81
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 090304 SNGA 321 2.9
SNGA 090308 SNGA 322 2.9
SNGA 120404 SNGA 431 2.9
SNGA 120408 SNGA 432 2.9
SNGA 120412 SNGA 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SNGX: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGX 090304 SNGX 321 9.525 3.18 0.4 3.81
SNGX 090308 SNGX 322 9.525 3.18 0.8 3.81
SNGX 120404 SNGX 431 12.7 4.76 0.4 5.16
SNGX 120408 SNGX 432 12.7 4.76 0.8 5.16
SNGX 120412 SNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGX 090304 SNGX 321 4.4
SNGX 090308 SNGX 322 4.4
SNGX 120404 SNGX 431 4.4
SNGX 120408 SNGX 432 4.4
SNGX 120412 SNGX 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGX 090304 SNGX 321 9.525 3.18 0.4 3.81
SNGX 090308 SNGX 322 9.525 3.18 0.8 3.81
SNGX 120404 SNGX 431 12.7 4.76 0.4 5.16
SNGX 120408 SNGX 432 12.7 4.76 0.8 5.16
SNGX 120412 SNGX 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGX 090304 SNGX 321 2.9
SNGX 090308 SNGX 322 2.9
SNGX 120404 SNGX 431 2.9
SNGX 120408 SNGX 432 2.9
SNGX 120412 SNGX 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SNGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4 3.81
SNGN 090308 SNGN 322 9.525 3.18 0.8 3.81
SNGN 120404 SNGN 431 12.7 4.76 0.4 5.16
SNGN 120408 SNGN 432 12.7 4.76 0.8 5.16
SNGN 120412 SNGN 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321 4.4
SNGN 090308 SNGN 322 4.4
SNGN 120404 SNGN 431 4.4
SNGN 120408 SNGN 432 4.4
SNGN 120412 SNGN 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4 3.81
SNGN 090308 SNGN 322 9.525 3.18 0.8 3.81
SNGN 120404 SNGN 431 12.7 4.76 0.4 5.16
SNGN 120408 SNGN 432 12.7 4.76 0.8 5.16
SNGN 120412 SNGN 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321 2.9
SNGN 090308 SNGN 322 2.9
SNGN 120404 SNGN 431 2.9
SNGN 120408 SNGN 432 2.9
SNGN 120412 SNGN 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

SNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SNGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SNGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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SCGW / SCGT / SPGN

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SCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SCGW 120404 SCGW 431 12.7 4.76 0.4 5.5
SCGW 120408 SCGW 432 12.7 4.76 0.8 5.5
SCGW 120412 SCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SCGW 120404 SCGW 431 4.4
SCGW 120408 SCGW 432 4.4
SCGW 120412 SCGW 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SCGW 120404 SCGW 431 12.7 4.76 0.4 5.5
SCGW 120408 SCGW 432 12.7 4.76 0.8 5.5
SCGW 120412 SCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SCGW 120404 SCGW 431 2.9
SCGW 120408 SCGW 432 2.9
SCGW 120412 SCGW 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SCGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SCGT 120404 SCGT 431 12.7 4.76 0.4 5.5
SCGT 120408 SCGT 432 12.7 4.76 0.8 5.5
SCGT 120412 SCGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SCGT 120404 SCGT 431 4.4
SCGT 120408 SCGT 432 4.4
SCGT 120412 SCGT 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SCGT 120404 SCGT 431 12.7 4.76 0.4 5.5
SCGT 120408 SCGT 432 12.7 4.76 0.8 5.5
SCGT 120412 SCGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SCGT 120404 SCGT 431 2.9
SCGT 120408 SCGT 432 2.9
SCGT 120412 SCGT 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SPGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120304 SPGN 421 12.7 4.76 0.4
SPGN 120308 SPGN 422 12.7 4.76 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321 4.4
SPGN 090308 SPGN 322 4.4
SPGN 120304 SPGN 421 4.4
SPGN 120308 SPGN 422 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120304 SPGN 421 12.7 4.76 0.4
SPGN 120308 SPGN 422 12.7 4.76 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321 2.9
SPGN 090308 SPGN 322 2.9
SPGN 120304 SPGN 421 2.9
SPGN 120308 SPGN 422 2.9
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

SCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SPGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SPGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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SPGW / SPGT / SEGN

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SPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGW 090304 SPGW 321 12.7 4.76 0.4 4.4
SPGW 090308 SPGW 322 12.7 4.76 0.8 4.4
SPGW 120404 SPGW 431 12.7 4.76 0.4 5.5
SPGW 120408 SPGW 432 12.7 4.76 0.8 5.5
SPGW 120412 SPGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGW 090304 SPGW 321 4.4
SPGW 090308 SPGW 322 4.4
SPGW 120404 SPGW 431 4.4
SPGW 120408 SPGW 432 4.4
SPGW 120412 SPGW 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGW 090304 SPGW 321 12.7 4.76 0.4 4.4
SPGW 090308 SPGW 322 12.7 4.76 0.8 4.4
SPGW 120404 SPGW 431 12.7 4.76 0.4 5.5
SPGW 120408 SPGW 432 12.7 4.76 0.8 5.5
SPGW 120412 SPGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGW 090304 SPGW 321 2.9
SPGW 090308 SPGW 322 2.9
SPGW 120404 SPGW 431 2.9
SPGW 120408 SPGW 432 2.9
SPGW 120412 SPGW 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SPGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGT 090304 SPGT 321 12.7 4.76 0.4 4.4
SPGT 090308 SPGT 322 12.7 4.76 0.8 4.4
SPGT 120404 SPGT 431 12.7 4.76 0.4 5.5
SPGT 120408 SPGT 432 12.7 4.76 0.8 5.5
SPGT 120412 SPGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGT 090304 SPGT 321 4.4
SPGT 090308 SPGT 322 4.4
SPGT 120404 SPGT 431 4.4
SPGT 120408 SPGT 432 4.4
SPGT 120412 SPGT 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGT 090304 SPGT 321 12.7 4.76 0.4 4.4
SPGT 090308 SPGT 322 12.7 4.76 0.8 4.4
SPGT 120404 SPGT 431 12.7 4.76 0.4 5.5
SPGT 120408 SPGT 432 12.7 4.76 0.8 5.5
SPGT 120412 SPGT 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGT 090304 SPGT 321 2.9
SPGT 090308 SPGT 322 2.9
SPGT 120404 SPGT 431 2.9
SPGT 120408 SPGT 432 2.9
SPGT 120412 SPGT 433 3.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

SEGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SEGN 120304 SEGN 431 12.7 3.18 0.4
SEGN 120308 SEGN 432 12.7 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SEGN 120304 SEGN 431 4.4
SEGN 120308 SEGN 432 4.4
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

SPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SEGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
SEGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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TNGA / TNGX / TBGN

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TNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 110302 TNGA 22(0.5) 6.35 3.18 0.2 2.4
TNGA 110304 TNGA 221 6.35 3.18 0.4 2.4
TNGA 160402 TNGA 33(0.5) 9.525 4.76 0.2 3.81
TNGA 160404 TNGA 331 9.525 4.76 0.4 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.8 3.81
TNGA 220404 TNGA 431 12.7 4.76 0.4 5.16
TNGA 220408 TNGA 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 110302 TNGA 22(0.5) 4.1
TNGA 110304 TNGA 221 4
TNGA 160402 TNGA 33(0.5) 4.1
TNGA 160404 TNGA 331 4
TNGA 160408 TNGA 332 3.7
TNGA 220404 TNGA 431 4
TNGA 220408 TNGA 432 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 110302 TNGA 22(0.5) 6.35 3.18 0.2 2.4
TNGA 110304 TNGA 221 6.35 3.18 0.4 2.4
TNGA 160402 TNGA 33(0.5) 9.525 4.76 0.2 3.81
TNGA 160404 TNGA 331 9.525 4.76 0.4 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 110302 TNGA 22(0.5) 2.6
TNGA 110304 TNGA 221 2.5
TNGA 160402 TNGA 33(0.5) 2.6
TNGA 160404 TNGA 331 2.5
TNGA 160408 TNGA 332 2.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

TNGX: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGX 110302 TNGX 22(0.5) 6.35 3.18 0.2 2.4
TNGX 110304 TNGX 221 6.35 3.18 0.4 2.4
TNGX 160402 TNGX 33(0.5) 9.525 4.76 0.2 3.81
TNGX 160404 TNGX 331 9.525 4.76 0.4 3.81
TNGX 160408 TNGX 332 9.525 4.76 0.8 3.81
TNGX 220404 TNGX 431 12.7 4.76 0.4 5.16
TNGX 220408 TNGX 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGX 110302 TNGX 22(0.5) 4.1
TNGX 110304 TNGX 221 4
TNGX 160402 TNGX 33(0.5) 4.1
TNGX 160404 TNGX 331 4
TNGX 160408 TNGX 332 3.7
TNGX 220404 TNGX 431 4
TNGX 220408 TNGX 432 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGX 110302 TNGX 22(0.5) 6.35 3.18 0.2 2.4
TNGX 110304 TNGX 221 6.35 3.18 0.4 2.4
TNGX 160402 TNGX 33(0.5) 9.525 4.76 0.2 3.81
TNGX 160404 TNGX 331 9.525 4.76 0.4 3.81
TNGX 160408 TNGX 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGX 110302 TNGX 22(0.5) 2.6
TNGX 110304 TNGX 221 2.5
TNGX 160402 TNGX 33(0.5) 2.6
TNGX 160404 TNGX 331 2.5
TNGX 160408 TNGX 332 2.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

TBGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TBGN 060102 TBGN (1.2)10.5 3.97 1.59 0.2
TBGN 060104 TBGN (1.2)11 3.97 1.59 0.4
TBGN 080202 TBGN 1.5(1.5)0.5 4.76 2.38 0.2
TBGN 080204 TBGN 1.5(1.5)1 4.76 2.38 0.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TBGN 060102 TBGN (1.2)10.5 2.1
TBGN 060104 TBGN (1.2)11 2
TBGN 080202 TBGN 1.5(1.5)0.5 2.6
TBGN 080204 TBGN 1.5(1.5)1 2.5
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TBGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TBGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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PCD inserts: design example

PCD insert with a tipped cutting edge.
PCD insert with a tipped cutting edge.

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TCGW

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TCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 090202 TCGW 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGW 090204 TCGW 2(1.5)1 5.56 2.38 0.4 2.5
TCGW 110202 TCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGW 110204 TCGW 2(1.5)1 6.35 2.38 0.4 2.8
TCGW 110208 TCGW 2(1.5)2 6.35 2.38 0.8 2.8
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 090202 TCGW 2(1.5)0.5 3.6
TCGW 090204 TCGW 2(1.5)1 3.5
TCGW 110202 TCGW 2(1.5)0.5 4.1
TCGW 110204 TCGW 2(1.5)1 4
TCGW 110208 TCGW 2(1.5)2 3.7
TCGW 16T302 TCGW 3(2.5)0.5 4.1
TCGW 16T304 TCGW 3(2.5)1 4
TCGW 16T308 TCGW 3(2.5)2 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 090202 TCGW 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGW 090204 TCGW 2(1.5)1 5.56 2.38 0.4 2.5
TCGW 110202 TCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGW 110204 TCGW 2(1.5)1 6.35 2.38 0.4 2.8
TCGW 110208 TCGW 2(1.5)2 6.35 2.38 0.8 2.8
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 090202 TCGW 2(1.5)0.5 2.6
TCGW 090204 TCGW 2(1.5)1 2.5
TCGW 110202 TCGW 2(1.5)0.5 2.6
TCGW 110204 TCGW 2(1.5)1 2.5
TCGW 110208 TCGW 2(1.5)2 2.2
TCGW 16T302 TCGW 3(2.5)0.5 2.6
TCGW 16T304 TCGW 3(2.5)1 2.5
TCGW 16T308 TCGW 3(2.5)2 2.2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 090202 TCGW 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGW 090204 TCGW 2(1.5)1 5.56 2.38 0.4 2.5
TCGW 110202 TCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGW 110204 TCGW 2(1.5)1 6.35 2.38 0.4 2.8
TCGW 110208 TCGW 2(1.5)2 6.35 2.38 0.8 2.8
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 090202 TCGW 2(1.5)0.5 3.6
TCGW 090204 TCGW 2(1.5)1 3.5
TCGW 110202 TCGW 2(1.5)0.5 4.1
TCGW 110204 TCGW 2(1.5)1 4
TCGW 110208 TCGW 2(1.5)2 3.7
TCGW 16T302 TCGW 3(2.5)0.5 4.1
TCGW 16T304 TCGW 3(2.5)1 4
TCGW 16T308 TCGW 3(2.5)2 3.7
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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TCGT

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TCGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGT 090202 TCGT 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGT 090204 TCGT 2(1.5)1 5.56 2.38 0.4 2.5
TCGT 110202 TCGT 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGT 110204 TCGT 2(1.5)1 6.35 2.38 0.4 2.8
TCGT 110208 TCGT 2(1.5)2 6.35 2.38 0.8 2.8
TCGT 16T302 TCGT 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGT 16T304 TCGT 3(2.5)1 9.525 3.97 0.4 4.4
TCGT 16T308 TCGT 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGT 090202 TCGT 2(1.5)0.5 3.6
TCGT 090204 TCGT 2(1.5)1 3.5
TCGT 110202 TCGT 2(1.5)0.5 4.1
TCGT 110204 TCGT 2(1.5)1 4
TCGT 110208 TCGT 2(1.5)2 3.7
TCGT 16T302 TCGT 3(2.5)0.5 4.1
TCGT 16T304 TCGT 3(2.5)1 4
TCGT 16T308 TCGT 3(2.5)2 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGT 090202 TCGT 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGT 090204 TCGT 2(1.5)1 5.56 2.38 0.4 2.5
TCGT 110202 TCGT 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGT 110204 TCGT 2(1.5)1 6.35 2.38 0.4 2.8
TCGT 110208 TCGT 2(1.5)2 6.35 2.38 0.8 2.8
TCGT 16T302 TCGT 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGT 16T304 TCGT 3(2.5)1 9.525 3.97 0.4 4.4
TCGT 16T308 TCGT 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGT 090202 TCGT 2(1.5)0.5 2.6
TCGT 090204 TCGT 2(1.5)1 2.5
TCGT 110202 TCGT 2(1.5)0.5 2.6
TCGT 110204 TCGT 2(1.5)1 2.5
TCGT 110208 TCGT 2(1.5)2 2.2
TCGT 16T302 TCGT 3(2.5)0.5 2.6
TCGT 16T304 TCGT 3(2.5)1 2.5
TCGT 16T308 TCGT 3(2.5)2 2.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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TPGN / TPGN (L) / TPGN (R)

Enquire about this chapter

TPGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 110302 TPGN 22(0.5) 6.35 3.18 0.2
TPGN 110304 TPGN 221 6.35 3.18 0.4
TPGN 110308 TPGN 222 6.35 3.18 0.8
TPGN 160302 TPGN 32(0.5) 9.525 3.18 0.2
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 110302 TPGN 22(0.5) 4.1
TPGN 110304 TPGN 221 4
TPGN 110308 TPGN 222 3.7
TPGN 160302 TPGN 32(0.5) 4.1
TPGN 160304 TPGN 321 4
TPGN 160308 TPGN 322 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 110302 TPGN 22(0.5) 6.35 3.18 0.2
TPGN 110304 TPGN 221 6.35 3.18 0.4
TPGN 110308 TPGN 222 6.35 3.18 0.8
TPGN 160302 TPGN 32(0.5) 9.525 3.18 0.2
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 110302 TPGN 22(0.5) 2.6
TPGN 110304 TPGN 221 2.5
TPGN 110308 TPGN 222 2.2
TPGN 160302 TPGN 32(0.5) 2.6
TPGN 160304 TPGN 321 2.5
TPGN 160308 TPGN 322 2.2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 110302 TPGN 22(0.5) 6.35 3.18 0.2
TPGN 110304 TPGN 221 6.35 3.18 0.4
TPGN 110308 TPGN 222 6.35 3.18 0.8
TPGN 160302 TPGN 32(0.5) 9.525 3.18 0.2
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 110302 TPGN 22(0.5) 4.1
TPGN 110304 TPGN 221 4
TPGN 110308 TPGN 222 3.7
TPGN 160302 TPGN 32(0.5) 4.1
TPGN 160304 TPGN 321 4
TPGN 160308 TPGN 322 3.7
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

TPGN (L): inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 160304L TPGN 331L 9.525 3.18 0.4
TPGN 160308L TPGN 332L 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 160304L TPGN 331L
TPGN 160308L TPGN 332L
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

TPGN (R): inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 160304R TPGN 331R 9.525 3.18 0.4
TPGN 160308R TPGN 332R 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 160304R TPGN 331R
TPGN 160308R TPGN 332R
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TPGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGN (L) (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGN (L) (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGN (R) (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGN (R) (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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TPGW

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TPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 110202 TPGW 210.5 6.35 2.38 0.2 2.8
TPGW 110204 TPGW 211 6.35 2.38 0.4 2.8
TPGW 110304 TPGW 221 6.35 3.18 0.4 3.4
TPGW 110308 TPGW 222 6.35 3.18 0.8 3.4
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 110202 TPGW 210.5 4.1
TPGW 110204 TPGW 211 4
TPGW 110304 TPGW 221 4
TPGW 110308 TPGW 222 3.7
TPGW 160302 TPGW 32(0.5) 4.1
TPGW 160304 TPGW 321 4
TPGW 160308 TPGW 322 3.7
TPGW 160404 TPGW 331 4
TPGW 160408 TPGW 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 4.76 2.38 0.2 2.3
TPGW 080204 TPGW 1.5(1.5)1 4.76 2.38 0.4 2.3
TPGW 110202 TPGW 210.5 6.35 2.38 0.2 2.8
TPGW 110204 TPGW 211 6.35 2.38 0.4 2.8
TPGW 110304 TPGW 221 6.35 3.18 0.4 3.4
TPGW 110308 TPGW 222 6.35 3.18 0.8 3.4
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 2.6
TPGW 080204 TPGW 1.5(1.5)1 2.5
TPGW 110202 TPGW 210.5 2.6
TPGW 110204 TPGW 211 2.5
TPGW 110304 TPGW 221 2.5
TPGW 110308 TPGW 222 2.2
TPGW 160302 TPGW 32(0.5) 2.6
TPGW 160304 TPGW 321 2.5
TPGW 160308 TPGW 322 2.2
TPGW 160404 TPGW 331 2.5
TPGW 160408 TPGW 332 2.2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 4.76 2.38 0.2 2.3
TPGW 080204 TPGW 1.5(1.5)1 4.76 2.38 0.4 2.3
TPGW 110202 TPGW 210.5 6.35 2.38 0.2 2.8
TPGW 110204 TPGW 211 6.35 2.38 0.4 2.8
TPGW 110304 TPGW 221 6.35 3.18 0.4 3.4
TPGW 110308 TPGW 222 6.35 3.18 0.8 3.4
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 2.6
TPGW 080204 TPGW 1.5(1.5)1 2.5
TPGW 110202 TPGW 210.5 4.1
TPGW 110204 TPGW 211 4
TPGW 110304 TPGW 221 4
TPGW 110308 TPGW 222 3.7
TPGW 160302 TPGW 32(0.5) 4.1
TPGW 160304 TPGW 321 4
TPGW 160308 TPGW 322 3.7
TPGW 160404 TPGW 331 4
TPGW 160408 TPGW 332 3.7
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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TPGT / VNGA / VNGX

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TPGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGT 110202 TPGT 210.5 6.35 2.38 0.2 2.8
TPGT 110204 TPGT 211 6.35 2.38 0.4 2.8
TPGT 110304 TPGT 221 6.35 3.18 0.4 3.3
TPGT 110308 TPGT 222 6.35 3.18 0.8 3.3
TPGT 160302 TPGT 32(0.5) 9.525 3.18 0.2 4.4
TPGT 160304 TPGT 321 9.525 3.18 0.4 4.4
TPGT 160308 TPGT 322 9.525 3.18 0.8 4.4
TPGT 160404 TPGT 331 9.525 4.76 0.4 4.4
TPGT 160408 TPGT 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGT 110202 TPGT 210.5 4.1
TPGT 110204 TPGT 211 4
TPGT 110304 TPGT 221 4
TPGT 110308 TPGT 222 3.7
TPGT 160302 TPGT 32(0.5) 4.1
TPGT 160304 TPGT 321 4
TPGT 160308 TPGT 322 3.7
TPGT 160404 TPGT 331 4
TPGT 160408 TPGT 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGT 080202 TPGT 1.5(1.5)0.5 4.76 2.38 0.2 2.3
TPGT 080204 TPGT 1.5(1.5)1 4.76 2.38 0.4 2.3
TPGT 110202 TPGT 210.5 6.35 2.38 0.2 2.8
TPGT 110204 TPGT 211 6.35 2.38 0.4 2.8
TPGT 110304 TPGT 221 6.35 3.18 0.4 3.3
TPGT 110308 TPGT 222 6.35 3.18 0.8 3.3
TPGT 160302 TPGT 32(0.5) 9.525 3.18 0.2 4.4
TPGT 160304 TPGT 321 9.525 3.18 0.4 4.4
TPGT 160308 TPGT 322 9.525 3.18 0.8 4.4
TPGT 160404 TPGT 331 9.525 4.76 0.4 4.4
TPGT 160408 TPGT 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGT 080202 TPGT 1.5(1.5)0.5 2.6
TPGT 080204 TPGT 1.5(1.5)1 2.5
TPGT 110202 TPGT 210.5 2.6
TPGT 110204 TPGT 211 2.5
TPGT 110304 TPGT 221 2.5
TPGT 110308 TPGT 222 2.2
TPGT 160302 TPGT 32(0.5) 2.6
TPGT 160304 TPGT 321 2.5
TPGT 160308 TPGT 322 2.2
TPGT 160404 TPGT 331 2.5
TPGT 160408 TPGT 332 2.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

VNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 5
VNGA 160404 VNGA 331 4.5
VNGA 160408 VNGA 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 3
VNGA 160404 VNGA 331 2.5
VNGA 160408 VNGA 332 2.2
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 5
VNGA 160404 VNGA 331 4.5
VNGA 160408 VNGA 332 3.7
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

VNGX: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGX 160402 VNGX 33(0.5) 9.525 4.76 0.2 3.81
VNGX 160404 VNGX 331 9.525 4.76 0.4 3.81
VNGX 160408 VNGX 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGX 160402 VNGX 33(0.5) 5
VNGX 160404 VNGX 331 4.5
VNGX 160408 VNGX 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGX 160402 VNGX 33(0.5) 9.525 4.76 0.2 3.81
VNGX 160404 VNGX 331 9.525 4.76 0.4 3.81
VNGX 160408 VNGX 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGX 160402 VNGX 33(0.5) 3
VNGX 160404 VNGX 331 2.5
VNGX 160408 VNGX 332 2.2
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

TPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
TPGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VNGA (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VNGX (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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VBGW / VBGT

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VBGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 220.5 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 110308 VBGW 222 6.35 3.18 0.8 2.8
VBGW 160402 VBGW 32(0.5) 9.525 4.76 0.2 4.4
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 220.5 5
VBGW 110304 VBGW 221 4.5
VBGW 110308 VBGW 222 3.7
VBGW 160402 VBGW 32(0.5) 5
VBGW 160404 VBGW 331 4.5
VBGW 160408 VBGW 332 3.7
VBGW 160412 VBGW 333 3.3
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 220.5 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 110308 VBGW 222 6.35 3.18 0.8 2.8
VBGW 160402 VBGW 32(0.5) 9.525 4.76 0.2 4.4
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 220.5 3
VBGW 110304 VBGW 221 2.5
VBGW 110308 VBGW 222 2.2
VBGW 160402 VBGW 32(0.5) 3
VBGW 160404 VBGW 331 2.5
VBGW 160408 VBGW 332 2.2
VBGW 160412 VBGW 333 1.8
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 220.5 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 110308 VBGW 222 6.35 3.18 0.8 2.8
VBGW 160402 VBGW 32(0.5) 9.525 4.76 0.2 4.4
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 220.5 5
VBGW 110304 VBGW 221 4.5
VBGW 110308 VBGW 222 3.7
VBGW 160402 VBGW 32(0.5) 5
VBGW 160404 VBGW 331 4.5
VBGW 160408 VBGW 332 3.7
VBGW 160412 VBGW 333 3.3
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

VBGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGT 110302 VBGT 220.5 6.35 3.18 0.2 2.8
VBGT 110304 VBGT 221 6.35 3.18 0.4 2.8
VBGT 110308 VBGT 222 6.35 3.18 0.8 2.8
VBGT 160402 VBGT 32(0.5) 9.525 4.76 0.2 4.4
VBGT 160404 VBGT 331 9.525 4.76 0.4 4.4
VBGT 160408 VBGT 332 9.525 4.76 0.8 4.4
VBGT 160412 VBGT 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGT 110302 VBGT 220.5 5
VBGT 110304 VBGT 221 4.5
VBGT 110308 VBGT 222 3.7
VBGT 160402 VBGT 32(0.5) 5
VBGT 160404 VBGT 331 4.5
VBGT 160408 VBGT 332 3.7
VBGT 160412 VBGT 333 3.3
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGT 110302 VBGT 220.5 6.35 3.18 0.2 2.8
VBGT 110304 VBGT 221 6.35 3.18 0.4 2.8
VBGT 110308 VBGT 222 6.35 3.18 0.8 2.8
VBGT 160402 VBGT 32(0.5) 9.525 4.76 0.2 4.4
VBGT 160404 VBGT 331 9.525 4.76 0.4 4.4
VBGT 160408 VBGT 332 9.525 4.76 0.8 4.4
VBGT 160412 VBGT 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGT 110302 VBGT 220.5 3
VBGT 110304 VBGT 221 2.5
VBGT 110308 VBGT 222 2.2
VBGT 160402 VBGT 32(0.5) 3
VBGT 160404 VBGT 331 2.5
VBGT 160408 VBGT 332 2.2
VBGT 160412 VBGT 333 1.8
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

VBGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VBGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VBGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VBGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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VCGW / VCGT

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VCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 220.5 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 110308 VCGW 222 6.35 3.18 0.8 2.8
VCGW 160402 VCGW 32(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4
VCGW 220512 VCGW 4(3.5)3 12.7 5.56 1.2 5.5
VCGW 220520 VCGW 4(3.5)5 12.7 5.56 2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 220.5 5
VCGW 110304 VCGW 221 4.5
VCGW 110308 VCGW 222 3.7
VCGW 160402 VCGW 32(0.5) 5
VCGW 160404 VCGW 331 4.5
VCGW 160408 VCGW 332 3.7
VCGW 160412 VCGW 333 3.3
VCGW 220512 VCGW 4(3.5)3 3.3
VCGW 220520 VCGW 4(3.5)5 3.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 220.5 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 110308 VCGW 222 6.35 3.18 0.8 2.8
VCGW 160402 VCGW 32(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 220.5 3
VCGW 110304 VCGW 221 2.5
VCGW 110308 VCGW 222 2.2
VCGW 160402 VCGW 32(0.5) 3
VCGW 160404 VCGW 331 2.5
VCGW 160408 VCGW 332 2.2
VCGW 160412 VCGW 333 1.8
Chipbreaker

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 220.5 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 110308 VCGW 222 6.35 3.18 0.8 2.8
VCGW 160402 VCGW 32(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 220.5 5
VCGW 110304 VCGW 221 4.5
VCGW 110308 VCGW 222 3.7
VCGW 160402 VCGW 32(0.5) 5
VCGW 160404 VCGW 331 4.5
VCGW 160408 VCGW 332 3.7
VCGW 160412 VCGW 333 3.3
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

Enquire about this chapter

VCGT: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGT 110302 VCGT 220.5 6.35 3.18 0.2 2.8
VCGT 110304 VCGT 221 6.35 3.18 0.4 2.8
VCGT 110308 VCGT 222 6.35 3.18 0.8 2.8
VCGT 160402 VCGT 32(0.5) 9.525 4.76 0.2 4.4
VCGT 160404 VCGT 331 9.525 4.76 0.4 4.4
VCGT 160408 VCGT 332 9.525 4.76 0.8 4.4
VCGT 160412 VCGT 333 9.525 4.76 1.2 4.4
VCGT 220512 VCGT 4(3.5)3 12.7 5.56 1.2 5.5
VCGT 220520 VCGT 4(3.5)5 12.7 5.56 2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGT 110302 VCGT 220.5 5
VCGT 110304 VCGT 221 4.5
VCGT 110308 VCGT 222 3.7
VCGT 160402 VCGT 32(0.5) 5
VCGT 160404 VCGT 331 4.5
VCGT 160408 VCGT 332 3.7
VCGT 160412 VCGT 333 3.3
VCGT 220512 VCGT 4(3.5)3 3.3
VCGT 220520 VCGT 4(3.5)5 3.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGT 110302 VCGT 220.5 6.35 3.18 0.2 2.8
VCGT 110304 VCGT 221 6.35 3.18 0.4 2.8
VCGT 110308 VCGT 222 6.35 3.18 0.8 2.8
VCGT 160402 VCGT 32(0.5) 9.525 4.76 0.2 4.4
VCGT 160404 VCGT 331 9.525 4.76 0.4 4.4
VCGT 160408 VCGT 332 9.525 4.76 0.8 4.4
VCGT 160412 VCGT 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGT 110302 VCGT 220.5 3
VCGT 110304 VCGT 221 2.5
VCGT 110308 VCGT 222 2.2
VCGT 160402 VCGT 32(0.5) 3
VCGT 160404 VCGT 331 2.5
VCGT 160408 VCGT 332 2.2
VCGT 160412 VCGT 333 1.8
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69, ED501, ED502.

Grade cells for the listed items are unmarked.

VCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
VCGT (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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RNGN / RCGW / RPGW

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RNGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
RNGN 090300 RNGN 320 9.525 3.18
RNGN 090400 RNGN 330 9.525 4.76
RNGN 120300 RNGN 420 12.7 3.18
RNGN 120400 RNGN 430 12.7 4.76
RNGN 150400 RNGN 530 15.875 4.76

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
RNGN 090300 RNGN 320
RNGN 090400 RNGN 330
RNGN 120300 RNGN 420
RNGN 120400 RNGN 430
RNGN 150400 RNGN 530
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69.

Grade cells for the listed items are unmarked.

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RCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
RCGW 060200 RCGW 21.5 6.35 2.38 2.8
RCGW 080300 RCGW - 8.0 3.18 3.4
RCGW 10T300 RCGW - 10 3.18 4.4
RCGW 12T300 RCGW 42.5 12.7 3.97 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
RCGW 060200 RCGW 21.5
RCGW 080300 RCGW -
RCGW 10T300 RCGW -
RCGW 12T300 RCGW 42.5
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69.

Grade cells for the listed items are unmarked.

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RPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
RPGW 060200 RPGW 21.5 6.35 2.38 2.8
RPGW 080300 RPGW - 8.0 3.18 3.4
RPGW 10T300 RPGW - 10 3.18 4.4
RPGW 12T300 RPGW 42.5 12.7 3.97 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
RPGW 060200 RPGW 21.5
RPGW 080300 RPGW -
RPGW 10T300 RPGW -
RPGW 12T300 RPGW 42.5
Cutting material/grade overview: PCD / CVD; EP10, EP20, EP13, EP51, EP55, EP750, EP58, EP59, EP29, EP69.

Grade cells for the listed items are unmarked.

RNGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
RNGN (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
RCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
RCGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
RPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.
RPGW (PCD / CVD): insert dimension drawing with the corresponding geometry symbols.

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PCBN turning inserts

PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.
PCBN turning inserts: Tool view.

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CNGA / CNGN / CNGN (solid)

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CNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 4.3
CNGA 120404 CNGA 431 4.3
CNGA 120408 CNGA 432 4.2
CNGA 120412 CNGA 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 2.8
CNGA 120404 CNGA 431 2.8
CNGA 120408 CNGA 432 2.7
CNGA 120412 CNGA 433 3.1
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 2.8
CNGA 120404 CNGA 431 2.8
CNGA 120408 CNGA 432 2.7
CNGA 120412 CNGA 433 3.1
4mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 2.8
CNGA 120404 CNGA 431 2.8
CNGA 120408 CNGA 432 2.7
CNGA 120412 CNGA 433 3.1
4vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGA 120402 CNGA 43(0.5) 12.7 4.76 0.2 5.16
CNGA 120404 CNGA 431 12.7 4.76 0.4 5.16
CNGA 120408 CNGA 432 12.7 4.76 0.8 5.16
CNGA 120412 CNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGA 120402 CNGA 43(0.5) 2.7
CNGA 120404 CNGA 431 2.6
CNGA 120408 CNGA 432 2.5
CNGA 120412 CNGA 433 2.5
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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CNGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGN 120408 CNGN 432 12.7 4.76 0.8
CNGN 120412 CNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGN 120408 CNGN 432 4.2
CNGN 120412 CNGN 433 4.1
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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CNGN (solid): inserts

Solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CNGN 120408 CNGN 432 12.7 4.76 0.8
CNGN 120412 CNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CNGN 120408 CNGN 432
CNGN 120412 CNGN 433
Cutting material/grade overview: PCBN; EB1000, EB50, EB100X, HBN, HBN-W, HBN-N.

Grade cells for the listed items are unmarked.

CNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
CNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
CNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
CNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
CNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.
CNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.

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CCGW / CPGW

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CCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 060208 CCGW 2(1.5)2 6.35 2.38 0.8 2.8
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 060208 CCGW 2(1.5)2 3.2
CCGW 09T302 CCGW 3(2.5)0.5 4.3
CCGW 09T304 CCGW 3(2.5)1 4.3
CCGW 09T308 CCGW 3(2.5)2 4.2
CCGW 120402 CCGW 430 4.3
CCGW 120404 CCGW 431 4.3
CCGW 120408 CCGW 432 4.2
CCGW 120412 CCGW 433 4.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 060202 CCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
CCGW 060204 CCGW 2(1.5)1 6.35 2.38 0.4 2.8
CCGW 060208 CCGW 2(1.5)2 6.35 2.38 0.8 2.8
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 060202 CCGW 2(1.5)0.5 2.8
CCGW 060204 CCGW 2(1.5)1 2.8
CCGW 060208 CCGW 2(1.5)2 2.7
CCGW 09T302 CCGW 3(2.5)0.5 2.8
CCGW 09T304 CCGW 3(2.5)1 2.8
CCGW 09T308 CCGW 3(2.5)2 2.7
CCGW 120402 CCGW 430 2.8
CCGW 120404 CCGW 431 2.8
CCGW 120408 CCGW 432 2.7
CCGW 120412 CCGW 433 3.1
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CCGW 060202 CCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
CCGW 060204 CCGW 2(1.5)1 6.35 2.38 0.4 2.8
CCGW 060208 CCGW 2(1.5)2 6.35 2.38 0.8 2.8
CCGW 09T302 CCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
CCGW 09T304 CCGW 3(2.5)1 9.525 3.97 0.4 4.4
CCGW 09T308 CCGW 3(2.5)2 9.525 3.97 0.8 4.4
CCGW 120402 CCGW 430 12.7 4.76 0.2 5.5
CCGW 120404 CCGW 431 12.7 4.76 0.4 5.5
CCGW 120408 CCGW 432 12.7 4.76 0.8 5.5
CCGW 120412 CCGW 433 12.7 4.76 1.2 5.5

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CCGW 060202 CCGW 2(1.5)0.5 2.8
CCGW 060204 CCGW 2(1.5)1 2.8
CCGW 060208 CCGW 2(1.5)2 2.7
CCGW 09T302 CCGW 3(2.5)0.5 2.8
CCGW 09T304 CCGW 3(2.5)1 2.8
CCGW 09T308 CCGW 3(2.5)2 2.7
CCGW 120402 CCGW 430 2.8
CCGW 120404 CCGW 431 2.8
CCGW 120408 CCGW 432 2.7
CCGW 120412 CCGW 433 3.1
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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CPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 090302 CPGW 320.5 4.3
CPGW 090304 CPGW 321 4.3
CPGW 090308 CPGW 322 4.2
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 7.94 2.38 0.2 3.4
CPGW 080204 CPGW 2.5(1.5)1 7.94 2.38 0.4 3.4
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 2.8
CPGW 080204 CPGW 2.5(1.5)1 2.8
CPGW 090302 CPGW 320.5 2.8
CPGW 090304 CPGW 321 2.8
CPGW 090308 CPGW 322 2.7
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 7.94 2.38 0.2 3.4
CPGW 080204 CPGW 2.5(1.5)1 7.94 2.38 0.4 3.4
CPGW 090302 CPGW 320.5 9.525 3.18 0.2 4.4
CPGW 090304 CPGW 321 9.525 3.18 0.4 4.4
CPGW 090308 CPGW 322 9.525 3.18 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
CPGW 080202 CPGW 2.5(1.5)0.5 2.8
CPGW 080204 CPGW 2.5(1.5)1 2.8
CPGW 090302 CPGW 320.5 2.8
CPGW 090304 CPGW 321 2.8
CPGW 090308 CPGW 322 2.7
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

CCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
CCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
CPGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
CPGW (PCBN): insert dimension drawing with the corresponding geometry symbols.

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DNGA

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DNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16
DNGA 150604 DNGA 441 12.7 6.35 0.4 5.16
DNGA 150608 DNGA 442 12.7 6.35 0.8 5.16
DNGA 150612 DNGA 443 12.7 6.35 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 3.9
DNGA 110408 DNGA 332 3.5
DNGA 150404 DNGA 431 3.9
DNGA 150408 DNGA 432 3.5
DNGA 150412 DNGA 433 3.1
DNGA 150604 DNGA 441 3.9
DNGA 150608 DNGA 442 3.5
DNGA 150612 DNGA 443 3.1
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16
DNGA 150604 DNGA 441 12.7 6.35 0.4 5.16
DNGA 150608 DNGA 442 12.7 6.35 0.8 5.16
DNGA 150612 DNGA 443 12.7 6.35 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 2.4
DNGA 110408 DNGA 332 2
DNGA 150404 DNGA 431 2.4
DNGA 150408 DNGA 432 2
DNGA 150412 DNGA 433 2.1
DNGA 150604 DNGA 441 2.4
DNGA 150608 DNGA 442 2
DNGA 150612 DNGA 443 2.1
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16
DNGA 150604 DNGA 441 12.7 6.35 0.4 5.16
DNGA 150608 DNGA 442 12.7 6.35 0.8 5.16
DNGA 150612 DNGA 443 12.7 6.35 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 2.4
DNGA 110408 DNGA 332 2
DNGA 150404 DNGA 431 2.4
DNGA 150408 DNGA 432 2
DNGA 150412 DNGA 433 2.1
DNGA 150604 DNGA 441 2.4
DNGA 150608 DNGA 442 2
DNGA 150612 DNGA 443 2.1
4mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16
DNGA 150604 DNGA 441 12.7 6.35 0.4 5.16
DNGA 150608 DNGA 442 12.7 6.35 0.8 5.16
DNGA 150612 DNGA 443 12.7 6.35 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 2.4
DNGA 110408 DNGA 332 2
DNGA 150404 DNGA 431 2.4
DNGA 150408 DNGA 432 2
DNGA 150412 DNGA 433 2.1
DNGA 150604 DNGA 441 2.4
DNGA 150608 DNGA 442 2
DNGA 150612 DNGA 443 2.1
4vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DNGA 110404 DNGA 331 9.525 4.76 0.4 3.81
DNGA 110408 DNGA 332 9.525 4.76 0.8 3.81
DNGA 150404 DNGA 431 12.7 4.76 0.4 5.16
DNGA 150408 DNGA 432 12.7 4.76 0.8 5.16
DNGA 150412 DNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DNGA 110404 DNGA 331 2.7
DNGA 110408 DNGA 332 2.3
DNGA 150404 DNGA 431 2.7
DNGA 150408 DNGA 432 2.3
DNGA 150412 DNGA 433 2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

DNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
DNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.

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DCGW / SNGA

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DCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4
DCGW 150404 DCGW 431 12.7 4.76 0.4 5.16
DCGW 150408 DCGW 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 11T302 DCGW 3(2.5)0.5 4
DCGW 11T304 DCGW 3(2.5)1 3.9
DCGW 11T308 DCGW 3(2.5)2 3.5
DCGW 150404 DCGW 431 3.9
DCGW 150408 DCGW 432 3.5
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4
DCGW 150404 DCGW 431 12.7 4.76 0.4 5.16
DCGW 150408 DCGW 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 11T302 DCGW 3(2.5)0.5 2.5
DCGW 11T304 DCGW 3(2.5)1 2.4
DCGW 11T308 DCGW 3(2.5)2 2
DCGW 150404 DCGW 431 2.4
DCGW 150408 DCGW 432 2
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
DCGW 11T302 DCGW 3(2.5)0.5 9.525 3.97 0.4 4.4
DCGW 11T304 DCGW 3(2.5)1 9.525 3.97 0.4 4.4
DCGW 11T308 DCGW 3(2.5)2 9.525 3.97 0.8 4.4
DCGW 150404 DCGW 431 12.7 4.76 0.4 5.16
DCGW 150408 DCGW 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
DCGW 11T302 DCGW 3(2.5)0.5 2.5
DCGW 11T304 DCGW 3(2.5)1 2.4
DCGW 11T308 DCGW 3(2.5)2 2
DCGW 150404 DCGW 431 2.4
DCGW 150408 DCGW 432 2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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SNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 090304 SNGA 321 9.525 3.18 0.4 3.81
SNGA 090308 SNGA 322 9.525 3.18 0.8 3.81
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 090304 SNGA 321 4.4
SNGA 090308 SNGA 322 4.4
SNGA 120404 SNGA 431 4.4
SNGA 120408 SNGA 432 4.4
SNGA 120412 SNGA 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 090304 SNGA 321 9.525 3.18 0.4 3.81
SNGA 090308 SNGA 322 9.525 3.18 0.8 3.81
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 090304 SNGA 321 2.9
SNGA 090308 SNGA 322 2.9
SNGA 120404 SNGA 431 2.9
SNGA 120408 SNGA 432 2.9
SNGA 120412 SNGA 433 3.4
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 090304 SNGA 321 9.525 3.18 0.4 3.81
SNGA 090308 SNGA 322 9.525 3.18 0.8 3.81
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 090304 SNGA 321 2.9
SNGA 090308 SNGA 322 2.9
SNGA 120404 SNGA 431 2.9
SNGA 120408 SNGA 432 2.9
SNGA 120412 SNGA 433 3.4
4mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 120404 SNGA 431 2.9
SNGA 120408 SNGA 432 2.9
SNGA 120412 SNGA 433 3.4
8vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGA 120404 SNGA 431 12.7 4.76 0.4 5.16
SNGA 120408 SNGA 432 12.7 4.76 0.8 5.16
SNGA 120412 SNGA 433 12.7 4.76 1.2 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGA 120404 SNGA 431 2.2
SNGA 120408 SNGA 432 2.2
SNGA 120412 SNGA 433 2.2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

DCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
DCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
SNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
SNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.

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SNGN / SNGN (solid)

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SNGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4
SNGN 090308 SNGN 322 9.525 3.18 0.8
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321 4.4
SNGN 090308 SNGN 322 4.4
SNGN 120404 SNGN 431 4.4
SNGN 120408 SNGN 432 4.4
SNGN 120412 SNGN 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4
SNGN 090308 SNGN 322 9.525 3.18 0.8
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321 2.9
SNGN 090308 SNGN 322 2.9
SNGN 120404 SNGN 431 2.9
SNGN 120408 SNGN 432 2.9
SNGN 120412 SNGN 433 3.4
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4
SNGN 090308 SNGN 322 9.525 3.18 0.8
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321 2.9
SNGN 090308 SNGN 322 2.9
SNGN 120404 SNGN 431 2.9
SNGN 120408 SNGN 432 2.9
SNGN 120412 SNGN 433 3.4
4mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 120404 SNGN 431 2.9
SNGN 120408 SNGN 432 2.9
SNGN 120412 SNGN 433 3.4
8vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 120404 SNGN 431 2.2
SNGN 120408 SNGN 432 2.2
SNGN 120412 SNGN 433 2.2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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SNGN (solid): inserts

Solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SNGN 090304 SNGN 321 9.525 3.18 0.4
SNGN 090308 SNGN 322 9.525 3.18 0.8
SNGN 120404 SNGN 431 12.7 4.76 0.4
SNGN 120408 SNGN 432 12.7 4.76 0.8
SNGN 120412 SNGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SNGN 090304 SNGN 321
SNGN 090308 SNGN 322
SNGN 120404 SNGN 431
SNGN 120408 SNGN 432
SNGN 120412 SNGN 433
Cutting material/grade overview: PCBN; EB1000, EB50, EB100X, HBN, HBN-W, HBN-N.

Grade cells for the listed items are unmarked.

SNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
SNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
SNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.
SNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.

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SPGN / TBGN

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SPGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120404 SPGN 431 12.7 4.76 0.4
SPGN 120408 SPGN 432 12.7 4.76 0.8
SPGN 120412 SPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321 4.4
SPGN 090308 SPGN 322 4.4
SPGN 120404 SPGN 431 4.4
SPGN 120408 SPGN 432 4.4
SPGN 120412 SPGN 433 4.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120404 SPGN 431 12.7 4.76 0.4
SPGN 120408 SPGN 432 12.7 4.76 0.8
SPGN 120412 SPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321 2.9
SPGN 090308 SPGN 322 2.9
SPGN 120404 SPGN 431 2.9
SPGN 120408 SPGN 432 2.9
SPGN 120412 SPGN 433 3.4
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120404 SPGN 431 12.7 4.76 0.4
SPGN 120408 SPGN 432 12.7 4.76 0.8
SPGN 120412 SPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321 2.9
SPGN 090308 SPGN 322 2.9
SPGN 120404 SPGN 431 2.9
SPGN 120408 SPGN 432 2.9
SPGN 120412 SPGN 433 3.4
4mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 120404 SPGN 431 12.7 4.76 0.4
SPGN 120408 SPGN 432 12.7 4.76 0.8
SPGN 120412 SPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 120404 SPGN 431 2.9
SPGN 120408 SPGN 432 2.9
SPGN 120412 SPGN 433 3.4
full-face

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
SPGN 090304 SPGN 321 9.525 3.18 0.4
SPGN 090308 SPGN 322 9.525 3.18 0.8
SPGN 120404 SPGN 431 12.7 4.76 0.4
SPGN 120408 SPGN 432 12.7 4.76 0.8
SPGN 120412 SPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
SPGN 090304 SPGN 321
SPGN 090308 SPGN 322
SPGN 120404 SPGN 431
SPGN 120408 SPGN 432
SPGN 120412 SPGN 433
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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TBGN: inserts

full-face

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TBGN 060102 TBGN (1.2)10.5 3.97 1.59 0.2
TBGN 060104 TBGN (1.2)11 3.97 1.59 0.4
TBGN 060108 TBGN (1.2)12 3.97 1.59 0.8
TBGN 080202 TBGN 1.5(1.5)0.5 4.76 2.38 0.2
TBGN 080204 TBGN 1.5(1.5)1 4.76 2.38 0.4
TBGN 080208 TBGN 1.5(1.5)2 4.76 2.38 0.8
TBGN 080212 TBGN 1.5(1.5)3 4.76 2.38 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TBGN 060102 TBGN (1.2)10.5
TBGN 060104 TBGN (1.2)11
TBGN 060108 TBGN (1.2)12
TBGN 080202 TBGN 1.5(1.5)0.5
TBGN 080204 TBGN 1.5(1.5)1
TBGN 080208 TBGN 1.5(1.5)2
TBGN 080212 TBGN 1.5(1.5)3
Cutting material/grade overview: PCBN; EB28X, EB570, EB160, EB560, EB150, EB550, EB190, EB170, EB73, EB51, EB710, EB210.

Grade cells for the listed items are unmarked.

SPGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
SPGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
TBGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
TBGN (PCBN): insert dimension drawing with the corresponding geometry symbols.

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PCBN inserts: design example

PCBN inserts: design example: Tool view.
PCBN inserts: design example: Tool view.

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TNGA / TNGN / TNGN (solid)

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TNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 110304 TNGA 221 6.35 3.18 0.4 2.4
TNGA 160404 TNGA 331 9.525 4.76 0.4 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.8 3.81
TNGA 220404 TNGA 431 12.7 4.76 0.4 5.16
TNGA 220408 TNGA 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 110304 TNGA 221 4
TNGA 160404 TNGA 331 4
TNGA 160408 TNGA 332 3.7
TNGA 220404 TNGA 431 4
TNGA 220408 TNGA 432 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 110304 TNGA 221 6.35 3.18 0.4 2.4
TNGA 160404 TNGA 331 9.525 4.76 0.8 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.4 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 110304 TNGA 221 2.5
TNGA 160404 TNGA 331 2.5
TNGA 160408 TNGA 332 2.2
3mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 110304 TNGA 221 6.35 3.18 0.4 2.4
TNGA 160404 TNGA 331 9.525 4.76 0.4 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.8 3.81
TNGA 220404 TNGA 431 12.7 4.76 0.4 5.16
TNGA 220408 TNGA 432 12.7 4.76 0.8 5.16

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 110304 TNGA 221 2.5
TNGA 160404 TNGA 331 2.5
TNGA 160408 TNGA 332 2.2
TNGA 220404 TNGA 431 2.5
TNGA 220408 TNGA 432 2.2
6vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGA 160404 TNGA 331 9.525 4.76 0.4 3.81
TNGA 160408 TNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGA 160404 TNGA 331 2.9
TNGA 160408 TNGA 332 2.6
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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TNGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGN 160404 TNGN 331 9.525 4.76 0.4
TNGN 160408 TNGN 332 9.525 4.76 0.8
TNGN 160412 TNGN 333 9.525 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGN 160404 TNGN 331 4
TNGN 160408 TNGN 332 3.7
TNGN 160412 TNGN 333 3.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGN 160404 TNGN 331 9.525 4.76 0.4
TNGN 160408 TNGN 332 9.525 4.76 0.8
TNGN 160412 TNGN 333 9.525 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGN 160404 TNGN 331 2.5
TNGN 160408 TNGN 332 2.2
TNGN 160412 TNGN 333 2.4
3mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGN 160404 TNGN 331 9.525 4.76 0.4
TNGN 160408 TNGN 332 9.525 4.76 0.8
TNGN 160412 TNGN 333 9.525 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGN 160404 TNGN 331 2.5
TNGN 160408 TNGN 332 2.2
TNGN 160412 TNGN 333 2.4
6vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGN 160404 TNGN 331 9.525 4.76 0.4
TNGN 160408 TNGN 332 9.525 4.76 0.8
TNGN 160412 TNGN 333 9.525 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGN 160404 TNGN 331 2.9
TNGN 160408 TNGN 332 2.6
TNGN 160412 TNGN 333 2.3
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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TNGN (solid): inserts

Solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TNGN 110304 TNGN 221 6.35 3.18 0.4
TNGN 110308 TNGN 222 6.35 3.18 0.8
TNGN 160408 TNGN 332 9.525 4.76 0.8
TNGN 160412 TNGN 333 9.525 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TNGN 110304 TNGN 221
TNGN 110308 TNGN 222
TNGN 160408 TNGN 332
TNGN 160412 TNGN 333
Cutting material/grade overview: PCBN; EB1000, EB50, EB100X, HBN, HBN-W, HBN-N.

Grade cells for the listed items are unmarked.

TNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
TNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
TNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
TNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
TNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.
TNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.

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TCGW / TPGN

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TCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 16T302 TCGW 3(2.5)0.5 4.1
TCGW 16T304 TCGW 3(2.5)1 4
TCGW 16T308 TCGW 3(2.5)2 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 090202 TCGW 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGW 090204 TCGW 2(1.5)1 5.56 2.38 0.4 2.5
TCGW 110202 TCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGW 110204 TCGW 2(1.5)1 6.35 2.38 0.4 2.8
TCGW 110208 TCGW 2(1.5)2 6.35 2.38 0.8 2.8
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 090202 TCGW 2(1.5)0.5 2.6
TCGW 090204 TCGW 2(1.5)1 2.5
TCGW 110202 TCGW 2(1.5)0.5 2.6
TCGW 110204 TCGW 2(1.5)1 2.5
TCGW 110208 TCGW 2(1.5)2 2.2
TCGW 16T302 TCGW 3(2.5)0.5 2.6
TCGW 16T304 TCGW 3(2.5)1 2.5
TCGW 16T308 TCGW 3(2.5)2 2.2
3mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TCGW 090202 TCGW 2(1.5)0.5 5.56 2.38 0.2 2.5
TCGW 090204 TCGW 2(1.5)1 5.56 2.38 0.4 2.5
TCGW 110202 TCGW 2(1.5)0.5 6.35 2.38 0.2 2.8
TCGW 110204 TCGW 2(1.5)1 6.35 2.38 0.4 2.8
TCGW 110208 TCGW 2(1.5)2 6.35 2.38 0.8 2.8
TCGW 16T302 TCGW 3(2.5)0.5 9.525 3.97 0.2 4.4
TCGW 16T304 TCGW 3(2.5)1 9.525 3.97 0.4 4.4
TCGW 16T308 TCGW 3(2.5)2 9.525 3.97 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TCGW 090202 TCGW 2(1.5)0.5 2.6
TCGW 090204 TCGW 2(1.5)1 2.5
TCGW 110202 TCGW 2(1.5)0.5 2.6
TCGW 110204 TCGW 2(1.5)1 2.5
TCGW 110208 TCGW 2(1.5)2 2.2
TCGW 16T302 TCGW 3(2.5)0.5 2.6
TCGW 16T304 TCGW 3(2.5)1 2.5
TCGW 16T308 TCGW 3(2.5)2 2.2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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TPGN: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8
TPGN 220404 TPGN 431 12.7 4.76 0.4
TPGN 220408 TPGN 432 12.7 4.76 0.8
TPGN 220412 TPGN 433 12.7 4.76 1.2

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 160304 TPGN 321 4
TPGN 160308 TPGN 322 3.7
TPGN 220404 TPGN 431 4
TPGN 220408 TPGN 432 3.7
TPGN 220412 TPGN 433 3.4
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 160304 TPGN 321 2.5
TPGN 160308 TPGN 322 2.2
3mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGN 160304 TPGN 321 9.525 3.18 0.4
TPGN 160308 TPGN 322 9.525 3.18 0.8

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGN 160304 TPGN 321 2.5
TPGN 160308 TPGN 322 2.2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

TCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
TCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
TPGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
TPGN (PCBN): insert dimension drawing with the corresponding geometry symbols.

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TPGW

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TPGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 160302 TPGW 32(0.5) 4.1
TPGW 160304 TPGW 321 4
TPGW 160308 TPGW 322 3.7
TPGW 160404 TPGW 331 4
TPGW 160408 TPGW 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 4.76 2.38 0.2 2.3
TPGW 080204 TPGW 1.5(1.5)1 4.76 2.38 0.4 2.3
TPGW 090202 TPGW 1.5)0.5 5.56 2.38 0.2 2.5
TPGW 090204 TPGW 1.5)1 5.56 2.38 0.4 2.5
TPGW 110202 TPGW 21(0.5) 6.35 2.38 0.2 2.8
TPGW 110204 TPGW 211 6.35 2.38 0.4 2.8
TPGW 110302 TPGW 22(0.5) 6.35 3.18 0.2 3.4
TPGW 110304 TPGW 221 6.35 3.18 0.4 3.4
TPGW 110308 TPGW 222 6.35 3.18 0.8 3.4
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 2.6
TPGW 080204 TPGW 1.5(1.5)1 2.5
TPGW 090202 TPGW 1.5)0.5 2.6
TPGW 090204 TPGW 1.5)1 2.5
TPGW 110202 TPGW 21(0.5) 2.6
TPGW 110204 TPGW 211 2.5
TPGW 110302 TPGW 22(0.5) 2.6
TPGW 110304 TPGW 221 2.5
TPGW 110308 TPGW 222 2.2
TPGW 160302 TPGW 32(0.5) 2.6
TPGW 160304 TPGW 321 2.5
TPGW 160308 TPGW 322 2.2
TPGW 160404 TPGW 331 2.5
TPGW 160408 TPGW 332 2.2
3mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 4.76 2.38 0.2 2.3
TPGW 080204 TPGW 1.5(1.5)1 4.76 2.38 0.4 2.3
TPGW 090202 TPGW 1.5)0.5 5.56 2.38 0.2 2.5
TPGW 090204 TPGW 1.5)1 5.56 2.38 0.4 2.5
TPGW 110202 TPGW 21(0.5) 6.35 2.38 0.2 2.8
TPGW 110204 TPGW 211 6.35 2.38 0.4 2.8
TPGW 110302 TPGW 22(0.5) 6.35 3.18 0.2 3.4
TPGW 110304 TPGW 221 6.35 3.18 0.4 3.4
TPGW 110308 TPGW 222 6.35 3.18 0.8 3.4
TPGW 160302 TPGW 32(0.5) 9.525 3.18 0.2 4.4
TPGW 160304 TPGW 321 9.525 3.18 0.4 4.4
TPGW 160308 TPGW 322 9.525 3.18 0.8 4.4
TPGW 160404 TPGW 331 9.525 4.76 0.4 4.4
TPGW 160408 TPGW 332 9.525 4.76 0.8 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
TPGW 080202 TPGW 1.5(1.5)0.5 2.6
TPGW 080204 TPGW 1.5(1.5)1 2.5
TPGW 090202 TPGW 1.5)0.5 2.6
TPGW 090204 TPGW 1.5)1 2.5
TPGW 110202 TPGW 21(0.5) 2.6
TPGW 110204 TPGW 211 2.5
TPGW 110302 TPGW 22(0.5) 2.6
TPGW 110304 TPGW 221 2.5
TPGW 110308 TPGW 222 2.2
TPGW 160302 TPGW 32(0.5) 2.6
TPGW 160304 TPGW 321 2.5
TPGW 160308 TPGW 322 2.2
TPGW 160404 TPGW 331 2.5
TPGW 160408 TPGW 332 2.2
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

TPGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
TPGW (PCBN): insert dimension drawing with the corresponding geometry symbols.

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VNGA / VBGW

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VNGA: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 5
VNGA 160404 VNGA 331 4.5
VNGA 160408 VNGA 332 3.7
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 3
VNGA 160404 VNGA 331 2.5
VNGA 160408 VNGA 332 2.2
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 3
VNGA 160404 VNGA 331 2.5
VNGA 160408 VNGA 332 2.2
4vt-solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VNGA 160402 VNGA 33(0.5) 9.525 4.76 0.2 3.81
VNGA 160404 VNGA 331 9.525 4.76 0.4 3.81
VNGA 160408 VNGA 332 9.525 4.76 0.8 3.81

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VNGA 160402 VNGA 33(0.5) 2.6
VNGA 160404 VNGA 331 2.2
VNGA 160408 VNGA 332 2.3
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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VBGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 22(0.5) 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 160402 VBGW 33(0.5) 9.525 4.76 0.2 2.8
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 22(0.5) 5
VBGW 110304 VBGW 221 4.5
VBGW 160402 VBGW 33(0.5) 5
VBGW 160404 VBGW 331 4.5
VBGW 160408 VBGW 332 3.7
VBGW 160412 VBGW 333 3.3
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 22(0.5) 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 160402 VBGW 33(0.5) 9.525 4.76 0.2 2.8
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 22(0.5) 3
VBGW 110304 VBGW 221 2.5
VBGW 160402 VBGW 33(0.5) 3
VBGW 160404 VBGW 331 2.5
VBGW 160408 VBGW 332 2.2
VBGW 160412 VBGW 333 1.8
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VBGW 110302 VBGW 22(0.5) 6.35 3.18 0.2 2.8
VBGW 110304 VBGW 221 6.35 3.18 0.4 2.8
VBGW 160402 VBGW 33(0.5) 9.525 4.76 0.2 2.8
VBGW 160404 VBGW 331 9.525 4.76 0.4 4.4
VBGW 160408 VBGW 332 9.525 4.76 0.8 4.4
VBGW 160412 VBGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VBGW 110302 VBGW 22(0.5) 3
VBGW 110304 VBGW 221 2.5
VBGW 160402 VBGW 33(0.5) 3
VBGW 160404 VBGW 331 2.5
VBGW 160408 VBGW 332 2.2
VBGW 160412 VBGW 333 1.8
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

VNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
VNGA (PCBN): insert dimension drawing with the corresponding geometry symbols.
VBGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
VBGW (PCBN): insert dimension drawing with the corresponding geometry symbols.

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VCGW / RNGN / RNGN (solid)

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VCGW: inserts

Standard

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 22(0.5) 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 160402 VCGW 33(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 22(0.5) 5
VCGW 110304 VCGW 221 4.5
VCGW 160402 VCGW 33(0.5) 5
VCGW 160404 VCGW 331 4.5
VCGW 160408 VCGW 332 3.7
VCGW 160412 VCGW 333 3.3
Mini tip

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 22(0.5) 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 160402 VCGW 33(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 22(0.5) 3
VCGW 110304 VCGW 221 2.5
VCGW 160402 VCGW 33(0.5) 3
VCGW 160404 VCGW 331 2.5
VCGW 160408 VCGW 332 2.2
VCGW 160412 VCGW 333 1.8
2mt

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
VCGW 110302 VCGW 22(0.5) 6.35 3.18 0.2 2.8
VCGW 110304 VCGW 221 6.35 3.18 0.4 2.8
VCGW 160402 VCGW 33(0.5) 9.525 4.76 0.2 4.4
VCGW 160404 VCGW 331 9.525 4.76 0.4 4.4
VCGW 160408 VCGW 332 9.525 4.76 0.8 4.4
VCGW 160412 VCGW 333 9.525 4.76 1.2 4.4

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
VCGW 110302 VCGW 22(0.5) 3
VCGW 110304 VCGW 221 2.5
VCGW 160402 VCGW 33(0.5) 3
VCGW 160404 VCGW 331 2.5
VCGW 160408 VCGW 332 2.2
VCGW 160412 VCGW 333 1.8
Cutting material/grade overview: PCBN; EB28X (S), EB570 (S), EB160 (S), EB560 (S), EB150 (S), EB550 (S), EB190 (S), EB170, EB73, EB54X, EB51, EB710, EB210, EB100X.

Grade cells for the listed items are unmarked.

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RNGN: inserts

carbide-backed

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
RNGN 060300 RNGN 220 6.35 3.18
RNGN 090300 RNGN 320 9.525 3.18
RNGN 090400 RNGN 330 9.525 4.76
RNGN 120300 RNGN 420 12.7 3.18
RNGN 120400 RNGN 430 12.7 4.76

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
RNGN 060300 RNGN 220
RNGN 090300 RNGN 320
RNGN 090400 RNGN 330
RNGN 120300 RNGN 420
RNGN 120400 RNGN 430
Cutting material/grade overview: PCBN; EB28X, EB570, EB550, EB190, EB73, EB51, EB710, EB120, EB210.

Grade cells for the listed items are unmarked.

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RNGN (solid): inserts

Solid

Dimension/data block 1.

Metric ISO Inch ISO I.C. [mm] T [mm] R [mm] Hole [mm]
RNGN 060300 RNGN 220 6.35 3.18
RNGN 090300 RNGN 320 9.525 3.18
RNGN 090400 RNGN 330 9.525 4.76
RNGN 120300 RNGN 420 12.7 3.18
RNGN 120400 RNGN 430 12.7 4.76

Dimension/data block 2.

Metric ISO Inch ISO ℓ [mm]
RNGN 060300 RNGN 220
RNGN 090300 RNGN 320
RNGN 090400 RNGN 330
RNGN 120300 RNGN 420
RNGN 120400 RNGN 430
Cutting material/grade overview: PCBN; EB28S, EB57S, EB55S, EB54X, EB50, EB1000, EB100X, HBN, HBN-R, HBN-N, HBN-W.

Grade cells for the listed items are unmarked.

VCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
VCGW (PCBN): insert dimension drawing with the corresponding geometry symbols.
RNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
RNGN (PCBN): insert dimension drawing with the corresponding geometry symbols.
RNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.
RNGN (solid) (PCBN): insert dimension drawing with the corresponding geometry symbols.

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RCGX: backed and solid dimensions

RCGX: backed and solid dimensions

Type Metric ISO Inch ISO I.C [mm] t [mm] T [mm]
Carbide-backed RCGX 060300 RCGX 220 6.35 3.18 3.32
Carbide-backed RCGX 090300 RCGX 320 9.525 3.18 3.32
Carbide-backed RCGX 090700 RCGX 3(-) 9.525 7.7 7.94
Carbide-backed RCGX 120400 RCGX 430 12.7 4.76 4.94
Carbide-backed RCGX 120700 RCGX 4(-) 12.7 7.7 7.94
Carbide-backed RCGX 191000 RCGX (-) 19.05 9.77 10
Solid RCGX 060300 RCGX 220 6.35 3.18 3.32
Solid RCGX 090300 RCGX 320 9.525 3.18 3.32
Solid RCGX 090700 RCGX 3(-) 9.525 7.7 7.94
Solid RCGX 120400 RCGX 430 12.7 4.76 4.94
Solid RCGX 120700 RCGX 4(-) 12.7 7.7 7.94
Solid RCGX 191000 RCGX (-) 19.05 9.77 10

RCGX: angle α

Metric ISO α (both types)
RCGX 060300 140°
RCGX 090300 140°
RCGX 090700 120°
RCGX 120400 140°
RCGX 120700 140°
RCGX 191000 120°

The corresponding drawings additionally show 20° and 7°. Carbide-backed: EB51, EB71, EB71X. Solid: HBN-R, HBN-N. Both source grade matrices have no individual cell markings.

RCGX: backed and solid dimensions: Tool view.
RCGX: backed and solid dimensions: Tool view.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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External holders: clamping systems

Four systems identify how the holder clamps the insert: D – double clamping, M – multi locking, P – lever locking and S – screw clamping. The diagrams show the respective force directions at the insert seat. Tool form, insert seating and required spare parts are specified separately for each type in the following drawings and tables.

Clamping principle D: unchanged arrow directions.
Clamping principle D: unchanged arrow directions.
Clamping principle M: unchanged arrow directions.
Clamping principle M: unchanged arrow directions.
Clamping principle P: unchanged arrow directions.
Clamping principle P: unchanged arrow directions.
Clamping principle S: unchanged arrow directions.
Clamping principle S: unchanged arrow directions.

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External holders: designation and basic forms

The example D S K D separates clamping system, insert shape, tool style and clearance angle. D identifies double clamping; S a square insert; K the illustrated holder style; and D a 15° clearance angle.

Insert shapes: C – 80° diamond; D – 55° diamond; E – 75° diamond; L – rectangle; R – round; S – square; T – triangle; V – 35° diamond; W – 80° trigon. Holder styles A, B, D, E, F, G, H, J, K, L, N, Q, R, S, T and V are illustrated with their respective positions and feed directions.

Clearance symbols: N = 0°, A = 3°, B = 5°, C = 7°, P = 11°, D = 15°, E = 20°, F = 25°. The shape and angle drawings complement the article designation rather than being inferred from a similar-looking tool.

Holder style A: geometric view.
Holder style A: geometric view.
Holder style B: geometric view.
Holder style B: geometric view.
Holder style D: geometric view.
Holder style D: geometric view.
Holder style E: geometric view.
Holder style E: geometric view.
Holder style F: geometric view.
Holder style F: geometric view.
Holder style G: geometric view.
Holder style G: geometric view.
Holder style H: geometric view.
Holder style H: geometric view.
Holder style J: geometric view.
Holder style J: geometric view.
Holder style K: geometric view.
Holder style K: geometric view.
Holder style L: geometric view.
Holder style L: geometric view.
Holder style N: geometric view.
Holder style N: geometric view.
Holder style Q: geometric view.
Holder style Q: geometric view.
Holder style R: geometric view.
Holder style R: geometric view.
Holder style S: geometric view.
Holder style S: geometric view.
Holder style T: geometric view.
Holder style T: geometric view.
Holder style V: geometric view.
Holder style V: geometric view.

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External holders: hand, shank dimensions and insert size

R identifies a right-hand, L a left-hand and N a neutral tool. In the continued example R 25 25 12, the two 25 values identify shank height H and width W in millimetres; 12 identifies the insert size.

Both H and W use symbols 12, 16, 20, 25, 32, 40 and 50 with the corresponding millimetre dimensions. The insert-size table maps shape-dependent codes to I.C. dimensions. These metric mappings also appear in the ISO insert designation section.

Metric shape sizes and I.C

Cutting direction R: tool geometry.
Cutting direction R: tool geometry.
Cutting direction N: tool geometry.
Cutting direction N: tool geometry.
Cutting direction L: tool geometry.
Cutting direction L: tool geometry.
Turning holder: geometry for the specified dimension reference.
Turning holder: geometry for the specified dimension reference.
Turning holder: geometry for the specified dimension reference.
Turning holder: geometry for the specified dimension reference.
Insert shape C: cutting-edge length reference.
Insert shape C: cutting-edge length reference.
Insert shape D: cutting-edge length reference.
Insert shape D: cutting-edge length reference.
Insert shape E: cutting-edge length reference.
Insert shape E: cutting-edge length reference.
Insert shape R: cutting-edge length reference.
Insert shape R: cutting-edge length reference.
Insert shape S: cutting-edge length reference.
Insert shape S: cutting-edge length reference.
Insert shape T: cutting-edge length reference.
Insert shape T: cutting-edge length reference.
Insert shape V: cutting-edge length reference.
Insert shape V: cutting-edge length reference.
Insert shape W: cutting-edge length reference.
Insert shape W: cutting-edge length reference.
Insert shape K: cutting-edge length reference.
Insert shape K: cutting-edge length reference.

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Double and lever clamping: assembly

The double-clamping exploded view shows the insert screw, insert and shim at the seat, together with the clamp, clamp screw and spring. The lever-locking view separates insert, shim pin, shim, lever and screw. Callout targets remain attached to the corresponding components; spare-part numbers follow in the type tables.

Double and lever clamping: assembly: Tool view.
Double and lever clamping: assembly: Tool view.
Double and lever clamping: assembly: Tool view.
Double and lever clamping: assembly: Tool view.
Double and lever clamping: assembly: Tool view.
Double and lever clamping: assembly: Tool view.

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Multi locking and screw clamping: assembly

The multi-locking view identifies clamp, screw, insert, shim pin and shim. The screw-clamping view shows the screw and insert at the holder seat. The illustrations explain assembly; the required spare parts are determined by the individual article row.

Multi locking and screw clamping: assembly: Tool view.
Multi locking and screw clamping: assembly: Tool view.
Multi locking and screw clamping: assembly: Tool view.
Multi locking and screw clamping: assembly: Tool view.

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External holders: positions and selection I

The overview maps the illustrated cutting profiles and approach angles to clamping systems D, P, M and S. An empty field means that this overview lists no holder at that position. Article references lead to the corresponding dimensional tables; the drawn profiles and feed arrows remain part of the selection guide.

Dimension/data block 1.

Clamping 75° SN.. 75° SC.. 90° TN.. 90° TC.. 95° CN..
D DTFN:77 DCLN:75
P PTFN:81 PCLN:79
M MSKN:119 MTFN:86 MCCN:83
S SSKC:91 STFC:92

Dimension/data block 2.

Clamping 95° WN..
D DWLN:78
P PWLN:82
M MWLN:88
S

Dimension/data block 1.

Clamping 90° WC.. 107.5° SC.. 117.5° VN.. RC.. I RC.. II
D
P
M MDQN:83 MVQN:87
S SRCG:90 SRDCN:90

Dimension/data block 2.

Clamping 45° SN..
D DSDNN:76
P PSDNN:80
M
S

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External holders: positions and selection II

The second overview adds positions for triangular, square and diamond inserts. Different approach angles and clamping systems remain separate. Select the named holder type and its drawing, then the compatible insert group and specified dimensions.

Dimension/data block 1.

Clamping 60° TC.. 75° SN.. 75° SC.. 93° TN.. 90° TN..
D DSBN:76 DTGN:77
P PSBN:80 PTGN:82
M MSRN:85 MTJN:86
S STTC:93 SSBC:91

Dimension/data block 2.

Clamping 90° TC..
D
P
M
S STGC:93

Dimension/data block 1.

Clamping 45° SN.. 75° SN.. 93° DN.. 93° VN.. 62.5° DN..
D DSSN:77 DSKN:76 DDJN:75 DVJN:78
P PSSN:81 PDJN:79 PDMN:80
M MSSN:85 MSKN:84 MDJN:84 MVJN:87 MDNNN:61
S

Dimension/data block 2.

Clamping 72.5° VN..
D DVWNN:78
P
M MVWNN:87
S

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External holder programme

The programme covers double-clamping, lever-locking, multi-locking and screw-clamping holders. Each group specifies insert compatibility, article numbers, dimensions H/W/L/S/h/ℓ and corresponding spare parts where that type provides these fields. All dimensions in the following external-holder tables are in millimetres. Empty cells and dashes remain distinct as a blank source cell and a printed dash; neither is treated as a stock promise.

External holder programme: Tool view.
External holder programme: Tool view.

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DCLN / DDJN

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DCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DCLN R/L 2020-12 CN□□1204□□ 20 20 125 25
EH-DCLN R/L 2525-12 CN□□1204□□ 25 25 150 32
EH-DCLN R/L 3225-12 CN□□1204□□ 32 25 170 32
EH-DCLN R/L 3232-12 CN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DCLN R/L 2020-12 CN□□1204□□ 20 30
EH-DCLN R/L 2525-12 CN□□1204□□ 25 30
EH-DCLN R/L 3225-12 CN□□1204□□ 32 30
EH-DCLN R/L 3232-12 CN□□1204□□ 32 30
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DCLN R/L 2020-12 DCL4 DCS0518 DSC44 DSCR0410 DSPR0714
EH-DCLN R/L 2525-12 DCL4 DCS0518 DSC44 DSCR0410 DSPR0714
EH-DCLN R/L 3225-12 DCL4 DCS0518 DSC44 DSCR0410 DSPR0714
EH-DCLN R/L 3232-12 DCL4 DCS0518 DSC44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DCLN R/L 2020-12 W30P
EH-DCLN R/L 2525-12 W30P
EH-DCLN R/L 3225-12 W30P
EH-DCLN R/L 3232-12 W30P

Enquire about this chapter

DDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DDJN R/L 2020-11 DN□□1104□□ 20 20 125 25
EH-DDJN R/L 2525-11 DN□□1104□□ 25 25 150 32
EH-DDJN R/L 3225-11 DN□□1104□□ 32 25 170 32
EH-DDJN R/L 3232-11 DN□□1104□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DDJN R/L 2020-11 DN□□1104□□ 20 30
EH-DDJN R/L 2525-11 DN□□1104□□ 25 30
EH-DDJN R/L 3225-11 DN□□1104□□ 32 30
EH-DDJN R/L 3232-11 DN□□1104□□ 32 30
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DDJN R/L 2020-11 DCL3 DCS0415 DSD32 DSCR0307 DSPR0510
EH-DDJN R/L 2525-11 DCL3 DCS0415 DSD32 DSCR0307 DSPR0510
EH-DDJN R/L 3225-11 DCL3 DCS0415 DSD32 DSCR0307 DSPR0510
EH-DDJN R/L 3232-11 DCL3 DCS0415 DSD32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DDJN R/L 2020-11 W25P
EH-DDJN R/L 2525-11 W25P
EH-DDJN R/L 3225-11 W25P
EH-DDJN R/L 3232-11 W25P

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DDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DDJN R/L 2020-15-3 DN□□1504□□ 20 20 125 25
EH-DDJN R/L 2525-15-3 DN□□1504□□ 25 25 150 32
EH-DDJN R/L 3232-15-3 DN□□1504□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DDJN R/L 2020-15-3 DN□□1504□□ 20 35
EH-DDJN R/L 2525-15-3 DN□□1504□□ 25 35
EH-DDJN R/L 3232-15-3 DN□□1504□□ 32 35
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DDJN R/L 2020-15-3 DCL4 DCS0518 DSD44 DSCR0410 DSPR0714
EH-DDJN R/L 2525-15-3 DCL4 DCS0518 DSD44 DSCR0410 DSPR0714
EH-DDJN R/L 3232-15-3 DCL4 DCS0518 DSD44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DDJN R/L 2020-15-3 W30P
EH-DDJN R/L 2525-15-3 W30P
EH-DDJN R/L 3232-15-3 W30P

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DDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DDJN R/L 2020-15 DN□□1506□□ 20 20 125 25
EH-DDJN R/L 2525-15 DN□□1506□□ 25 25 150 32
EH-DDJN R/L 3225-15 DN□□1506□□ 32 25 170 32
EH-DDJN R/L 3232-15 DN□□1506□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DDJN R/L 2020-15 DN□□1506□□ 20 35
EH-DDJN R/L 2525-15 DN□□1506□□ 25 35
EH-DDJN R/L 3225-15 DN□□1506□□ 32 35
EH-DDJN R/L 3232-15 DN□□1506□□ 32 35
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DDJN R/L 2020-15 DCL4 DCS0518 DSD43 DSCR0410 DSPR0714
EH-DDJN R/L 2525-15 DCL4 DCS0518 DSD43 DSCR0410 DSPR0714
EH-DDJN R/L 3225-15 DCL4 DCS0518 DSD43 DSCR0410 DSPR0714
EH-DDJN R/L 3232-15 DCL4 DCS0518 DSD43 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DDJN R/L 2020-15 W30P
EH-DDJN R/L 2525-15 W30P
EH-DDJN R/L 3225-15 W30P
EH-DDJN R/L 3232-15 W30P
DCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DCLN: Clamp – spare-part form.
DCLN: Clamp – spare-part form.
DCLN: Clamp screw – spare-part form.
DCLN: Clamp screw – spare-part form.
DCLN: Shim – spare-part form.
DCLN: Shim – spare-part form.
DCLN: Shim screw – spare-part form.
DCLN: Shim screw – spare-part form.
DCLN: Spring – spare-part form.
DCLN: Spring – spare-part form.
DCLN: Wrench – spare-part form.
DCLN: Wrench – spare-part form.
DDJN: Clamp – spare-part form.
DDJN: Clamp – spare-part form.
DDJN: Clamp screw – spare-part form.
DDJN: Clamp screw – spare-part form.
DDJN: Shim – spare-part form.
DDJN: Shim – spare-part form.
DDJN: Shim screw – spare-part form.
DDJN: Shim screw – spare-part form.
DDJN: Spring – spare-part form.
DDJN: Spring – spare-part form.
DDJN: Wrench – spare-part form.
DDJN: Wrench – spare-part form.

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DSBN / DSDNN / DSKN

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DSBN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSBN R/L 2020-09 SN□□0903□□ 20 20 125 17
EH-DSBN R/L 2525-09 SN□□0903□□ 25 25 150 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSBN R/L 2020-09 SN□□0903□□ 20 25
EH-DSBN R/L 2525-09 SN□□0903□□ 25 25
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSBN R/L 2020-09 DCL3 DCS0415 DSS32 DSCR0307 DSPR0510
EH-DSBN R/L 2525-09 DCL3 DCS0415 DSS32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DSBN R/L 2020-09 W25P
EH-DSBN R/L 2525-09 W25P

Enquire about this chapter

DSBN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSBN R/L 2020-12 SN□□1204□□ 20 20 125 17
EH-DSBN R/L 2525-12 SN□□1204□□ 25 25 150 22
EH-DSBN R/L 3225-12 SN□□1204□□ 32 25 170 22
EH-DSBN R/L 3232-12 SN□□1204□□ 32 32 170 27

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSBN R/L 2020-12 SN□□1204□□ 20 32
EH-DSBN R/L 2525-12 SN□□1204□□ 25 32
EH-DSBN R/L 3225-12 SN□□1204□□ 32 32
EH-DSBN R/L 3232-12 SN□□1204□□ 32 32
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSBN R/L 2020-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSBN R/L 2525-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSBN R/L 3225-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSBN R/L 3232-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DSBN R/L 2020-12 W30P
EH-DSBN R/L 2525-12 W30P
EH-DSBN R/L 3225-12 W30P
EH-DSBN R/L 3232-12 W30P

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DSDNN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSDNN 2020-09 SN□□0903□□ 20 20 125 10

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSDNN 2020-09 SN□□0903□□ 20 26.5
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSDNN 2020-09 DCL3 DCS0415 DSS32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DSDNN 2020-09 W25P

Enquire about this chapter

DSDNN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSDNN 2020-12 SN□□1204□□ 20 20 125 10
EH-DSDNN 2525-12 SN□□1204□□ 25 25 150 12.5
EH-DSDNN 3225-12 SN□□1204□□ 32 25 170 12.5
EH-DSDNN 3232-12 SN□□1204□□ 32 32 170 16

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSDNN 2020-12 SN□□1204□□ 20 33
EH-DSDNN 2525-12 SN□□1204□□ 25 33
EH-DSDNN 3225-12 SN□□1204□□ 32 33
EH-DSDNN 3232-12 SN□□1204□□ 32 33
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSDNN 2020-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSDNN 2525-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSDNN 3225-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSDNN 3232-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DSDNN 2020-12 W30P
EH-DSDNN 2525-12 W30P
EH-DSDNN 3225-12 W30P
EH-DSDNN 3232-12 W30P

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DSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSKN R/L 2020-09 SN□□0903□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSKN R/L 2020-09 SN□□0903□□ 20 20
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSKN R/L 2020-09 DCL3 DCS0415 DSS32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DSKN R/L 2020-09 W25P

Enquire about this chapter

DSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSKN R/L 2020-12 SN□□1204□□ 20 20 125 25
EH-DSKN R/L 2525-12 SN□□1204□□ 25 25 150 32
EH-DSKN R/L 3232-12 SN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSKN R/L 2020-12 SN□□1204□□ 20 23
EH-DSKN R/L 2525-12 SN□□1204□□ 25 23
EH-DSKN R/L 3232-12 SN□□1204□□ 32 23
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSKN R/L 2020-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSKN R/L 2525-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSKN R/L 3232-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DSKN R/L 2020-12 W30P
EH-DSKN R/L 2525-12 W30P
EH-DSKN R/L 3232-12 W30P
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
DSBN: Clamp – spare-part form.
DSBN: Clamp – spare-part form.
DSBN: Clamp screw – spare-part form.
DSBN: Clamp screw – spare-part form.
DSBN: Shim – spare-part form.
DSBN: Shim – spare-part form.
DSBN: Shim screw – spare-part form.
DSBN: Shim screw – spare-part form.
DSBN: Spring – spare-part form.
DSBN: Spring – spare-part form.
DSBN: Wrench – spare-part form.
DSBN: Wrench – spare-part form.
DSBN: Clamp – spare-part form.
DSBN: Clamp – spare-part form.
DSBN: Clamp screw – spare-part form.
DSBN: Clamp screw – spare-part form.
DSBN: Shim – spare-part form.
DSBN: Shim – spare-part form.
DSBN: Shim screw – spare-part form.
DSBN: Shim screw – spare-part form.
DSBN: Spring – spare-part form.
DSBN: Spring – spare-part form.
DSBN: Wrench – spare-part form.
DSBN: Wrench – spare-part form.
DSDNN: Clamp – spare-part form.
DSDNN: Clamp – spare-part form.
DSDNN: Clamp screw – spare-part form.
DSDNN: Clamp screw – spare-part form.
DSDNN: Shim – spare-part form.
DSDNN: Shim – spare-part form.
DSDNN: Shim screw – spare-part form.
DSDNN: Shim screw – spare-part form.
DSDNN: Spring – spare-part form.
DSDNN: Spring – spare-part form.
DSDNN: Wrench – spare-part form.
DSDNN: Wrench – spare-part form.

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DSSN / DTFN / DTGN

Enquire about this chapter

DSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSSN R/L 2020-09 SN□□0903□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSSN R/L 2020-09 SN□□0903□□ 20 28.5
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSSN R/L 2020-09 DCL3 DCS0415 DSS32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DSSN R/L 2020-09 W25P

Enquire about this chapter

DSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DSSN R/L 2020-12 SN□□1204□□ 20 20 125 25
EH-DSSN R/L 2525-12 SN□□1204□□ 25 25 150 32
EH-DSSN R/L 3225-12 SN□□1204□□ 32 25 170 32
EH-DSSN R/L 3232-12 SN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DSSN R/L 2020-12 SN□□1204□□ 20 35
EH-DSSN R/L 2525-12 SN□□1204□□ 25 35
EH-DSSN R/L 3225-12 SN□□1204□□ 32 35
EH-DSSN R/L 3232-12 SN□□1204□□ 32 35
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DSSN R/L 2020-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSSN R/L 2525-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSSN R/L 3225-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714
EH-DSSN R/L 3232-12 DCL4 DCS0518 DSS44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DSSN R/L 2020-12 W30P
EH-DSSN R/L 2525-12 W30P
EH-DSSN R/L 3225-12 W30P
EH-DSSN R/L 3232-12 W30P

Enquire about this chapter

DTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DTFN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-DTFN R/L 2525-16 TN□□1604□□ 25 25 150 32
EH-DTFN R/L 3232-16 TN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DTFN R/L 2020-16 TN□□1604□□ 20 24.5
EH-DTFN R/L 2525-16 TN□□1604□□ 25 24.5
EH-DTFN R/L 3232-16 TN□□1604□□ 32 23.5
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DTFN R/L 2020-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510
EH-DTFN R/L 2525-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510
EH-DTFN R/L 3232-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DTFN R/L 2020-16 W25P
EH-DTFN R/L 2525-16 W25P
EH-DTFN R/L 3232-16 W25P

Enquire about this chapter

DTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DTFN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-DTFN R/L 3225-22 TN□□2204□□ 32 25 170 32
EH-DTFN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DTFN R/L 2525-22 TN□□2204□□ 25 33
EH-DTFN R/L 3225-22 TN□□2204□□ 32 33
EH-DTFN R/L 3232-22 TN□□2204□□ 32 33
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DTFN R/L 2525-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714
EH-DTFN R/L 3225-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714
EH-DTFN R/L 3232-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DTFN R/L 2525-22 W30P
EH-DTFN R/L 3225-22 W30P
EH-DTFN R/L 3232-22 W30P

Enquire about this chapter

DTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DTGN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-DTGN R/L 2525-16 TN□□1604□□ 25 25 150 32
EH-DTGN R/L 3232-16 TN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DTGN R/L 2020-16 TN□□1604□□ 20 24.5
EH-DTGN R/L 2525-16 TN□□1604□□ 25 24.5
EH-DTGN R/L 3232-16 TN□□1604□□ 32 23.5
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DTGN R/L 2020-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510
EH-DTGN R/L 2525-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510
EH-DTGN R/L 3232-16 DCL3 DCS0415 DST32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DTGN R/L 2020-16 W25P
EH-DTGN R/L 2525-16 W25P
EH-DTGN R/L 3232-16 W25P

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DTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DTGN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-DTGN R/L 3225-22 TN□□2204□□ 32 25 170 32
EH-DTGN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DTGN R/L 2525-22 TN□□2204□□ 25 32.6
EH-DTGN R/L 3225-22 TN□□2204□□ 32 32.6
EH-DTGN R/L 3232-22 TN□□2204□□ 32 32.6
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DTGN R/L 2525-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714
EH-DTGN R/L 3225-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714
EH-DTGN R/L 3232-22 DCL4 DCS0518 DST44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DTGN R/L 2525-22 W30P
EH-DTGN R/L 3225-22 W30P
EH-DTGN R/L 3232-22 W30P
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
DSSN: Clamp – spare-part form.
DSSN: Clamp – spare-part form.
DSSN: Clamp screw – spare-part form.
DSSN: Clamp screw – spare-part form.
DSSN: Shim – spare-part form.
DSSN: Shim – spare-part form.
DSSN: Shim screw – spare-part form.
DSSN: Shim screw – spare-part form.
DSSN: Spring – spare-part form.
DSSN: Spring – spare-part form.
DSSN: Wrench – spare-part form.
DSSN: Wrench – spare-part form.
DTFN: Clamp – spare-part form.
DTFN: Clamp – spare-part form.
DTFN: Clamp screw – spare-part form.
DTFN: Clamp screw – spare-part form.
DTFN: Shim – spare-part form.
DTFN: Shim – spare-part form.
DTFN: Shim screw – spare-part form.
DTFN: Shim screw – spare-part form.
DTFN: Spring – spare-part form.
DTFN: Spring – spare-part form.
DTFN: Wrench – spare-part form.
DTFN: Wrench – spare-part form.
DTFN: Clamp – spare-part form.
DTFN: Clamp – spare-part form.
DTFN: Clamp screw – spare-part form.
DTFN: Clamp screw – spare-part form.
DTFN: Shim – spare-part form.
DTFN: Shim – spare-part form.
DTFN: Shim screw – spare-part form.
DTFN: Shim screw – spare-part form.
DTFN: Spring – spare-part form.
DTFN: Spring – spare-part form.
DTFN: Wrench – spare-part form.
DTFN: Wrench – spare-part form.

Enquire about this chapter

DVJN / DVWNN / DWLN

Enquire about this chapter

DVJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DVJN R/L 2020-16 VN□□1604□□ 20 20 125 25
EH-DVJN R/L 2525-16 VN□□1604□□ 25 25 150 32
EH-DVJN R/L 3232-16 VN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DVJN R/L 2020-16 VN□□1604□□ 20 41.5
EH-DVJN R/L 2525-16 VN□□1604□□ 25 41.5
EH-DVJN R/L 3232-16 VN□□1604□□ 32 41.5
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DVJN R/L 2020-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714
EH-DVJN R/L 2525-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714
EH-DVJN R/L 3232-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DVJN R/L 2020-16 W30P
EH-DVJN R/L 2525-16 W30P
EH-DVJN R/L 3232-16 W30P

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DVWNN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DVWNN 2020-16 VN□□1604□□ 20 20 125 10
EH-DVWNN 2525-16 VN□□1604□□ 25 25 150 12.5
EH-DVWNN 3232-16 VN□□1604□□ 32 32 170 16

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DVWNN 2020-16 VN□□1604□□ 20 40
EH-DVWNN 2525-16 VN□□1604□□ 25 40
EH-DVWNN 3232-16 VN□□1604□□ 32 40
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DVWNN 2020-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714
EH-DVWNN 2525-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714
EH-DVWNN 3232-16 DCL3 DCS0518 DSV32 DSCR-03508 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DVWNN 2020-16 W30P
EH-DVWNN 2525-16 W30P
EH-DVWNN 3232-16 W30P

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DWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DWLN R/L 2020-06 WN□□0604□□ 20 20 125 25
EH-DWLN R/L 2525-06 WN□□0604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DWLN R/L 2020-06 WN□□0604□□ 20 26
EH-DWLN R/L 2525-06 WN□□0604□□ 25 26
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DWLN R/L 2020-06 DCL3 DCS0415 DSW32 DSCR0307 DSPR0510
EH-DWLN R/L 2525-06 DCL3 DCS0415 DSW32 DSCR0307 DSPR0510

Dimension/data block 2.

Item Wrench
EH-DWLN R/L 2020-06 W25P
EH-DWLN R/L 2525-06 W25P

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DWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-DWLN R/L 2020-08 WN□□0804□□ 20 20 125 25
EH-DWLN R/L 2525-08 WN□□0804□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-DWLN R/L 2020-08 WN□□0804□□ 20 32
EH-DWLN R/L 2525-08 WN□□0804□□ 25 32
Spare parts

Dimension/data block 1.

Item Clamp Clamp screw Shim Shim screw Spring
EH-DWLN R/L 2020-08 DCL4 DCS0518 DSW44 DSCR0410 DSPR0714
EH-DWLN R/L 2525-08 DCL4 DCS0518 DSW44 DSCR0410 DSPR0714

Dimension/data block 2.

Item Wrench
EH-DWLN R/L 2020-08 W30P
EH-DWLN R/L 2525-08 W30P
DVJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DVJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DVWNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DVWNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
DVJN: Clamp – spare-part form.
DVJN: Clamp – spare-part form.
DVJN: Clamp screw – spare-part form.
DVJN: Clamp screw – spare-part form.
DVJN: Shim – spare-part form.
DVJN: Shim – spare-part form.
DVJN: Shim screw – spare-part form.
DVJN: Shim screw – spare-part form.
DVJN: Spring – spare-part form.
DVJN: Spring – spare-part form.
DVJN: Wrench – spare-part form.
DVJN: Wrench – spare-part form.
DVWNN: Clamp – spare-part form.
DVWNN: Clamp – spare-part form.
DVWNN: Clamp screw – spare-part form.
DVWNN: Clamp screw – spare-part form.
DVWNN: Shim – spare-part form.
DVWNN: Shim – spare-part form.
DVWNN: Shim screw – spare-part form.
DVWNN: Shim screw – spare-part form.
DVWNN: Spring – spare-part form.
DVWNN: Spring – spare-part form.
DVWNN: Wrench – spare-part form.
DVWNN: Wrench – spare-part form.
DWLN: Clamp – spare-part form.
DWLN: Clamp – spare-part form.
DWLN: Clamp screw – spare-part form.
DWLN: Clamp screw – spare-part form.
DWLN: Shim – spare-part form.
DWLN: Shim – spare-part form.
DWLN: Shim screw – spare-part form.
DWLN: Shim screw – spare-part form.
DWLN: Spring – spare-part form.
DWLN: Spring – spare-part form.
DWLN: Wrench – spare-part form.
DWLN: Wrench – spare-part form.

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PCLN / PDJN

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PCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PCLN R/L 1616-09 CN□□0903□□ 16 16 100 20
EH-PCLN R/L 2020-09 CN□□0903□□ 20 20 125 25
EH-PCLN R/L 2525-09 CN□□0903□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PCLN R/L 1616-09 CN□□0903□□ 16 20
EH-PCLN R/L 2020-09 CN□□0903□□ 20 22
EH-PCLN R/L 2525-09 CN□□0903□□ 25 22
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PCLN R/L 1616-09 LV3 LVSCR-0617 LVSC32 LVSP3 W25L
EH-PCLN R/L 2020-09 LV3 LVSCR-0617 LVSC32 LVSP3 W25L
EH-PCLN R/L 2525-09 LV3 LVSCR-0617 LVSC32 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PCLN R/L 1616-09 LVSPS3
EH-PCLN R/L 2020-09 LVSPS3
EH-PCLN R/L 2525-09 LVSPS3

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PCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PCLN R/L 1616-12 CN□□1204□□ 16 16 100 20
EH-PCLN R/L 2020-12 CN□□1204□□ 20 20 125 25
EH-PCLN R/L 2525-12 CN□□1204□□ 25 25 150 32
EH-PCLN R/L 3225-12 CN□□1204□□ 32 25 170 32
EH-PCLN R/L 3232-12 CN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PCLN R/L 1616-12 CN□□1204□□ 16 28
EH-PCLN R/L 2020-12 CN□□1204□□ 20 28
EH-PCLN R/L 2525-12 CN□□1204□□ 25 28
EH-PCLN R/L 3225-12 CN□□1204□□ 32 28
EH-PCLN R/L 3232-12 CN□□1204□□ 32 28
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PCLN R/L 1616-12 LV4 LVSCR-0821 LVSC42 LVSP4 W30L
EH-PCLN R/L 2020-12 LV4 LVSCR-0821 LVSC42 LVSP4 W30L
EH-PCLN R/L 2525-12 LV4 LVSCR-0821 LVSC42 LVSP4 W30L
EH-PCLN R/L 3225-12 LV4 LVSCR-0821 LVSC42 LVSP4 W30L
EH-PCLN R/L 3232-12 LV4 LVSCR-0821 LVSC42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PCLN R/L 1616-12 LVSPS4
EH-PCLN R/L 2020-12 LVSPS4
EH-PCLN R/L 2525-12 LVSPS4
EH-PCLN R/L 3225-12 LVSPS4
EH-PCLN R/L 3232-12 LVSPS4

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PDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PDJN R/L 1616-11 DN□□1104□□ 16 16 100 20
EH-PDJN R/L 2020-11 DN□□1104□□ 20 20 125 25
EH-PDJN R/L 2525-11 DN□□1104□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PDJN R/L 1616-11 DN□□1104□□ 16 25
EH-PDJN R/L 2020-11 DN□□1104□□ 20 25
EH-PDJN R/L 2525-11 DN□□1104□□ 25 30
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PDJN R/L 1616-11 LV3 LVSCR-0617 LVSD317 LVSP3 W25L
EH-PDJN R/L 2020-11 LV3 LVSCR-0617 LVSD317 LVSP3 W25L
EH-PDJN R/L 2525-11 LV3 LVSCR-0617 LVSD317 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PDJN R/L 1616-11 LVSPS3
EH-PDJN R/L 2020-11 LVSPS3
EH-PDJN R/L 2525-11 LVSPS3

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PDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PDJN R/L 2020-15-3 DN□□1504□□ 20 20 125 25
EH-PDJN R/L 2525-15-3 DN□□1504□□ 25 25 150 32
EH-PDJN R/L 3232-15-3 DN□□1504□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PDJN R/L 2020-15-3 DN□□1504□□ 20 35
EH-PDJN R/L 2525-15-3 DN□□1504□□ 25 35
EH-PDJN R/L 3232-15-3 DN□□1504□□ 32 35
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PDJN R/L 2020-15-3 LV4 LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDJN R/L 2525-15-3 LV4 LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDJN R/L 3232-15-3 LV4 LVSCR-0821 LVSD42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PDJN R/L 2020-15-3 LVSPS4
EH-PDJN R/L 2525-15-3 LVSPS4
EH-PDJN R/L 3232-15-3 LVSPS4

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PDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PDJN R/L 2020-15 DN□□1506□□ 20 20 125 25
EH-PDJN R/L 2525-15 DN□□1506□□ 25 25 150 32
EH-PDJN R/L 3225-15 DN□□1506□□ 32 25 170 32
EH-PDJN R/L 3232-15 DN□□1506□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PDJN R/L 2020-15 DN□□1506□□ 20 35
EH-PDJN R/L 2525-15 DN□□1506□□ 25 35
EH-PDJN R/L 3225-15 DN□□1506□□ 32 35
EH-PDJN R/L 3232-15 DN□□1506□□ 32 35
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PDJN R/L 2020-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDJN R/L 2525-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDJN R/L 3225-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDJN R/L 3232-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PDJN R/L 2020-15 LVSPS4
EH-PDJN R/L 2525-15 LVSPS4
EH-PDJN R/L 3225-15 LVSPS4
EH-PDJN R/L 3232-15 LVSPS4
PCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PCLN: Lever – spare-part form.
PCLN: Lever – spare-part form.
PCLN: Screw – spare-part form.
PCLN: Screw – spare-part form.
PCLN: Shim – spare-part form.
PCLN: Shim – spare-part form.
PCLN: Shim pin – spare-part form.
PCLN: Shim pin – spare-part form.
PCLN: Wrench – spare-part form.
PCLN: Wrench – spare-part form.
PCLN: Shim-pin punch – spare-part form.
PCLN: Shim-pin punch – spare-part form.
PCLN: Lever – spare-part form.
PCLN: Lever – spare-part form.
PCLN: Screw – spare-part form.
PCLN: Screw – spare-part form.
PCLN: Shim – spare-part form.
PCLN: Shim – spare-part form.
PCLN: Shim pin – spare-part form.
PCLN: Shim pin – spare-part form.
PCLN: Wrench – spare-part form.
PCLN: Wrench – spare-part form.
PCLN: Shim-pin punch – spare-part form.
PCLN: Shim-pin punch – spare-part form.

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PDNN / PSBN / PSDNN

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PDNN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PDNN R/L 2525-15-3 DN□□1504□□ 25 25 150 12.5
EH-PDNN R/L 4025-15-3 DN□□1504□□ 40 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PDNN R/L 2525-15-3 DN□□1504□□ 25 37
EH-PDNN R/L 4025-15-3 DN□□1504□□ 25 37
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PDNN R/L 2525-15-3 LV4 LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDNN R/L 4025-15-3 LV4 LVSCR-0821 LVSD42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PDNN R/L 2525-15-3 LVSPS4
EH-PDNN R/L 4025-15-3 LVSPS4

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PDNN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PDNN R/L 2020-15 DN□□1506□□ 20 20 125 8
EH-PDNN R/L 2525-15 DN□□1506□□ 25 25 150 12.5
EH-PDNN R/L 3232-15 DN□□1506□□ 32 32 150 16
EH-PDNN R/L 4025-15 DN□□1506□□ 40 25 170 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PDNN R/L 2020-15 DN□□1506□□ 20 37
EH-PDNN R/L 2525-15 DN□□1506□□ 25 37
EH-PDNN R/L 3232-15 DN□□1506□□ 32 37
EH-PDNN R/L 4025-15 DN□□1506□□ 32 37
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PDNN R/L 2020-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDNN R/L 2525-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDNN R/L 3232-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L
EH-PDNN R/L 4025-15 LV4B LVSCR-0821 LVSD42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PDNN R/L 2020-15 LVSPS4
EH-PDNN R/L 2525-15 LVSPS4
EH-PDNN R/L 3232-15 LVSPS4
EH-PDNN R/L 4025-15 LVSPS4

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PSBN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSBN R/L 1616-09 SN□□0903□□ 16 16 100 13
EH-PSBN R/L 2020-09 SN□□0903□□ 20 20 125 17

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSBN R/L 1616-09 SN□□0903□□ 16 21
EH-PSBN R/L 2020-09 SN□□0903□□ 20 23
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSBN R/L 1616-09 LV3 LVSCR-0617 LVSS32 LVSP3 W25L
EH-PSBN R/L 2020-09 LV3 LVSCR-0617 LVSS32 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PSBN R/L 1616-09 LVSPS3
EH-PSBN R/L 2020-09 LVSPS3

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PSBN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSBN R/L 2020-12 SN□□1204□□ 20 20 125 17
EH-PSBN R/L 2525-12 SN□□1204□□ 25 25 150 22
EH-PSBN R/L 3225-12 SN□□1204□□ 32 32 170 22
EH-PSBN R/L 3232-12 SN□□1204□□ 32 32 170 27

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSBN R/L 2020-12 SN□□1204□□ 20 28
EH-PSBN R/L 2525-12 SN□□1204□□ 25 28
EH-PSBN R/L 3225-12 SN□□1204□□ 32 28
EH-PSBN R/L 3232-12 SN□□1204□□ 32 28
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSBN R/L 2020-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSBN R/L 2525-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSBN R/L 3225-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSBN R/L 3232-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PSBN R/L 2020-12 LVSPS4
EH-PSBN R/L 2525-12 LVSPS4
EH-PSBN R/L 3225-12 LVSPS4
EH-PSBN R/L 3232-12 LVSPS4

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PSDNN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSDNN 1616-09 SN□□0903□□ 16 16 100 13

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSDNN 1616-09 SN□□0903□□ 16 21
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSDNN 1616-09 LV3 LVSCR0617 LVSS32 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PSDNN 1616-09 LVSPS3

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PSDNN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSDNN 2020-12 SN□□1204□□ 20 20 125 10
EH-PSDNN 2525-12 SN□□1204□□ 25 25 150 12.5
EH-PSDNN 3232-12 SN□□1204□□ 32 32 170 16

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSDNN 2020-12 SN□□1204□□ 20 30
EH-PSDNN 2525-12 SN□□1204□□ 25 30
EH-PSDNN 3232-12 SN□□1204□□ 32 40
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSDNN 2020-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSDNN 2525-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSDNN 3232-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PSDNN 2020-12 LVSPS4
EH-PSDNN 2525-12 LVSPS4
EH-PSDNN 3232-12 LVSPS4
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
PDNN: Lever – spare-part form.
PDNN: Lever – spare-part form.
PDNN: Screw – spare-part form.
PDNN: Screw – spare-part form.
PDNN: Shim – spare-part form.
PDNN: Shim – spare-part form.
PDNN: Shim pin – spare-part form.
PDNN: Shim pin – spare-part form.
PDNN: Wrench – spare-part form.
PDNN: Wrench – spare-part form.
PDNN: Shim-pin punch – spare-part form.
PDNN: Shim-pin punch – spare-part form.
PDNN: Lever – spare-part form.
PDNN: Lever – spare-part form.
PDNN: Screw – spare-part form.
PDNN: Screw – spare-part form.
PDNN: Shim – spare-part form.
PDNN: Shim – spare-part form.
PDNN: Shim pin – spare-part form.
PDNN: Shim pin – spare-part form.
PDNN: Wrench – spare-part form.
PDNN: Wrench – spare-part form.
PDNN: Shim-pin punch – spare-part form.
PDNN: Shim-pin punch – spare-part form.
PSBN: Lever – spare-part form.
PSBN: Lever – spare-part form.
PSBN: Screw – spare-part form.
PSBN: Screw – spare-part form.
PSBN: Shim – spare-part form.
PSBN: Shim – spare-part form.
PSBN: Shim pin – spare-part form.
PSBN: Shim pin – spare-part form.
PSBN: Wrench – spare-part form.
PSBN: Wrench – spare-part form.
PSBN: Shim-pin punch – spare-part form.
PSBN: Shim-pin punch – spare-part form.

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PSSN / PTFN / PTTN

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PSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSSN R/L 1616-09 SN□□0903□□ 16 18 100 20

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSSN R/L 1616-09 SN□□0903□□ 16 25
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSSN R/L 1616-09 LV3 LVSCR0617 LVSS32 LVSP10 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PSSN R/L 1616-09 LVSPS3

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PSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PSSN R/L 2020-12 SN□□1204□□ 20 20 125 25
EH-PSSN R/L 2525-12 SN□□1204□□ 25 25 150 32
EH-PSSN R/L 3232-12 SN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PSSN R/L 2020-12 SN□□1204□□ 20 30
EH-PSSN R/L 2525-12 SN□□1204□□ 25 36
EH-PSSN R/L 3232-12 SN□□1204□□ 32 40
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PSSN R/L 2020-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSSN R/L 2525-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L
EH-PSSN R/L 3232-12 LV4 LVSCR-0821 LVSS42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PSSN R/L 2020-12 LVSPS4
EH-PSSN R/L 2525-12 LVSPS4
EH-PSSN R/L 3232-12 LVSPS4

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PTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTFN R/L 1616-16 TN□□1604□□ 16 16 100 20
EH-PTFN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-PTFN R/L 2525-16 TN□□1604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTFN R/L 1616-16 TN□□1604□□ 16 20
EH-PTFN R/L 2020-16 TN□□1604□□ 20 20
EH-PTFN R/L 2525-16 TN□□1604□□ 25 20
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTFN R/L 1616-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTFN R/L 2020-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTFN R/L 2525-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PTFN R/L 1616-16 LVSPS3
EH-PTFN R/L 2020-16 LVSPS3
EH-PTFN R/L 2525-16 LVSPS3

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PTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTFN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-PTFN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTFN R/L 2525-22 TN□□2204□□ 25 25
EH-PTFN R/L 3232-22 TN□□2204□□ 32 25
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTFN R/L 2525-22 LV4 LVSCR-0821 LVST42 LVSP4 W30L
EH-PTFN R/L 3232-22 LV4 LVSCR-0821 LVST42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PTFN R/L 2525-22 LVSPS4
EH-PTFN R/L 3232-22 LVSPS4

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PTTN: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTTN R/L 1616-16 TN□□1604□□ 16 16 100 13
EH-PTTN R/L 2020-16 TN□□1604□□ 20 20 125 17
EH-PTTN R/L 2525-16 TN□□1604□□ 25 25 150 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTTN R/L 1616-16 TN□□1604□□ 16 25
EH-PTTN R/L 2020-16 TN□□1604□□ 20 25
EH-PTTN R/L 2525-16 TN□□1604□□ 25 32
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTTN R/L 1616-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTTN R/L 2020-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTTN R/L 2525-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PTTN R/L 1616-16 LVSPS3
EH-PTTN R/L 2020-16 LVSPS3
EH-PTTN R/L 2525-16 LVSPS3

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PTTN: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTTN R/L 2525-22 TN□□2204□□ 25 25 150 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTTN R/L 2525-22 TN□□2204□□ 25 32
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTTN R/L 2525-22 LV4 LVSCR-0821 LVST42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PTTN R/L 2525-22 LVSPS4
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
PSSN: Lever – spare-part form.
PSSN: Lever – spare-part form.
PSSN: Screw – spare-part form.
PSSN: Screw – spare-part form.
PSSN: Shim – spare-part form.
PSSN: Shim – spare-part form.
PSSN: Shim pin – spare-part form.
PSSN: Shim pin – spare-part form.
PSSN: Wrench – spare-part form.
PSSN: Wrench – spare-part form.
PSSN: Shim-pin punch – spare-part form.
PSSN: Shim-pin punch – spare-part form.
PTFN: Lever – spare-part form.
PTFN: Lever – spare-part form.
PTFN: Screw – spare-part form.
PTFN: Screw – spare-part form.
PTFN: Shim – spare-part form.
PTFN: Shim – spare-part form.
PTFN: Shim pin – spare-part form.
PTFN: Shim pin – spare-part form.
PTFN: Wrench – spare-part form.
PTFN: Wrench – spare-part form.
PTFN: Shim-pin punch – spare-part form.
PTFN: Shim-pin punch – spare-part form.
PTFN: Lever – spare-part form.
PTFN: Lever – spare-part form.
PTFN: Screw – spare-part form.
PTFN: Screw – spare-part form.
PTFN: Shim – spare-part form.
PTFN: Shim – spare-part form.
PTFN: Shim pin – spare-part form.
PTFN: Shim pin – spare-part form.
PTFN: Wrench – spare-part form.
PTFN: Wrench – spare-part form.
PTFN: Shim-pin punch – spare-part form.
PTFN: Shim-pin punch – spare-part form.

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MCMNN / PTGN / PWLN

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MCMNN: holder and dimensions

Dimensions in mm. Tool approach: 50°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MCMNN 2020-12 CN□□1204□□ 20 20 125 10
EH-MCMNN 2525-12 CN□□1204□□ 25 25 150 12.5
EH-MCMNN 3232-12 CN□□1204□□ 32 32 170 16

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MCMNN 2020-12 CN□□1204□□ 20 32
EH-MCMNN 2525-12 CN□□1204□□ 25 32
EH-MCMNN 3232-12 CN□□1204□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MCMNN 2020-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L
EH-MCMNN 2525-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L
EH-MCMNN 3232-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L

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PTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTGN R/L 1212-11 TN□□1103□□ 12 12 80 16
EH-PTGN R/L 1616-11 TN□□1103□□ 16 16 100 20
EH-PTGN R/L 2020-11 TN□□1103□□ 20 20 125 25
EH-PTGN R/L 2525-11 TN□□1103□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTGN R/L 1212-11 TN□□1103□□ 12 16
EH-PTGN R/L 1616-11 TN□□1103□□ 16 18
EH-PTGN R/L 2020-11 TN□□1103□□ 20 19
EH-PTGN R/L 2525-11 TN□□1103□□ 25 20
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTGN R/L 1212-11 LV2 LVSCR-0509B - - W20L
EH-PTGN R/L 1616-11 LV2 LVSCR-0509B - - W20L
EH-PTGN R/L 2020-11 LV2 LVSCR-0509B - - W20L
EH-PTGN R/L 2525-11 LV2 LVSCR-0509B - - W20L

Dimension/data block 2.

Item Shim-pin punch
EH-PTGN R/L 1212-11 -
EH-PTGN R/L 1616-11 -
EH-PTGN R/L 2020-11 -
EH-PTGN R/L 2525-11 -

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PTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTGN R/L 1616-16 TN□□1604□□ 16 16 100 20
EH-PTGN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-PTGN R/L 2525-16 TN□□1604□□ 25 25 150 32
EH-PTGN R/L 3232-16 TN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTGN R/L 1616-16 TN□□1604□□ 16 20
EH-PTGN R/L 2020-16 TN□□1604□□ 20 20
EH-PTGN R/L 2525-16 TN□□1604□□ 25 20
EH-PTGN R/L 3232-16 TN□□1604□□ 32 20
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTGN R/L 1616-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTGN R/L 2020-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTGN R/L 2525-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L
EH-PTGN R/L 3232-16 LV3 LVSCR-0617 LVST317 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PTGN R/L 1616-16 LVSPS3
EH-PTGN R/L 2020-16 LVSPS3
EH-PTGN R/L 2525-16 LVSPS3
EH-PTGN R/L 3232-16 LVSPS3

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PTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PTGN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-PTGN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PTGN R/L 2525-22 TN□□2204□□ 25 28
EH-PTGN R/L 3232-22 TN□□2204□□ 32 28
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PTGN R/L 2525-22 LV4 LVSCR-0821 LVST42 LVSP4 W30L
EH-PTGN R/L 3232-22 LV4 LVSCR-0821 LVST42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PTGN R/L 2525-22 LVSPS4
EH-PTGN R/L 3232-22 LVSPS4

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PWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PWLN R/L 1616-06 WN□□0604□□ 16 16 100 20
EH-PWLN R/L 2020-06 WN□□0604□□ 20 20 125 25
EH-PWLN R/L 2525-06 WN□□0604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PWLN R/L 1616-06 WN□□0604□□ 16 20
EH-PWLN R/L 2020-06 WN□□0604□□ 20 20
EH-PWLN R/L 2525-06 WN□□0604□□ 25 20
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PWLN R/L 1616-06 LV3 LVSCR-0617 LVSW-317 LVSP3 W25L
EH-PWLN R/L 2020-06 LV3 LVSCR-0617 LVSW-317 LVSP3 W25L
EH-PWLN R/L 2525-06 LV3 LVSCR-0617 LVSW-317 LVSP3 W25L

Dimension/data block 2.

Item Shim-pin punch
EH-PWLN R/L 1616-06 LVSPS3
EH-PWLN R/L 2020-06 LVSPS3
EH-PWLN R/L 2525-06 LVSPS3

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PWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-PWLN R/L 2020-08 WN□□0804□□ 20 20 125 25
EH-PWLN R/L 2525-08 WN□□0804□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-PWLN R/L 2020-08 WN□□0804□□ 20 26
EH-PWLN R/L 2525-08 WN□□0804□□ 25 26
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Wrench
EH-PWLN R/L 2020-08 LV4 LVSCR-0821 LVSW42 LVSP4 W30L
EH-PWLN R/L 2525-08 LV4 LVSCR-0821 LVSW42 LVSP4 W30L

Dimension/data block 2.

Item Shim-pin punch
EH-PWLN R/L 2020-08 LVSPS4
EH-PWLN R/L 2525-08 LVSPS4
PTGN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PTGN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MCMNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MCMNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PTGN: Lever – spare-part form.
PTGN: Lever – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Wrench – spare-part form.
PTGN: Wrench – spare-part form.
PTGN: Shim-pin punch – spare-part form.
PTGN: Shim-pin punch – spare-part form.
PTGN: Lever – spare-part form.
PTGN: Lever – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Wrench – spare-part form.
PTGN: Wrench – spare-part form.
PTGN: Shim-pin punch – spare-part form.
PTGN: Shim-pin punch – spare-part form.
PTGN: Lever – spare-part form.
PTGN: Lever – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Screw – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Shim pin – spare-part form.
PTGN: Wrench – spare-part form.
PTGN: Wrench – spare-part form.

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MCLN / MDNNN / MDQN

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MCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MCLN R/L 1616-09 CN□□0903□□ 16 16 100 20
EH-MCLN R/L 2020-09 CN□□0903□□ 20 20 125 25
EH-MCLN R/L 2525-09 CN□□0903□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MCLN R/L 1616-09 CN□□0903□□ 16 25
EH-MCLN R/L 2020-09 CN□□0903□□ 20 25
EH-MCLN R/L 2525-09 CN□□0903□□ 25 25
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MCLN R/L 1616-09 MCL7N MCSR-10-32-19 MSC32 MSP3DS W23.8L / W19.8L
EH-MCLN R/L 2020-09 MCL7N MCSR-10-32-19 MSC32 MSP3DS W23.8L / W19.8L
EH-MCLN R/L 2525-09 MCL7N MCSR-10-32-19 MSC32 MSP3DS W23.8L / W19.8L

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MCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MCLN R/L 2020-12 CN□□1204□□ 20 20 125 25
EH-MCLN R/L 2525-12 CN□□1204□□ 25 25 150 32
EH-MCLN R/L 3225-12 CN□□1204□□ 32 25 170 32
EH-MCLN R/L 3232-12 CN□□1204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MCLN R/L 2020-12 CN□□1204□□ 20 32
EH-MCLN R/L 2525-12 CN□□1204□□ 25 32
EH-MCLN R/L 3225-12 CN□□1204□□ 32 32
EH-MCLN R/L 3232-12 CN□□1204□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MCLN R/L 2020-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L
EH-MCLN R/L 2525-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L
EH-MCLN R/L 3225-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L
EH-MCLN R/L 3232-12 MCL6N MCSR-1/4-25 MSC43 MSP4D W31.8L / W23.8L

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MDNNN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDNNN 2525-15-3 DN□□1504□□ 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDNNN 2525-15-3 DN□□1504□□ 25 41
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDNNN 2525-15-3 MCL8N MCSR-5/16-32 MSD43 MSP4D W39.7L / W23.8L

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MDNNN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDNNN 2525-15 DN□□1506□□ 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDNNN 2525-15 DN□□1506□□ 25 41
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDNNN 2525-15 MCL8N MCSR-5/16-32 MSD43 MSP4DL W39.7L / W23.8L

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MDQN: holder and dimensions

Dimensions in mm. Tool approach: 107.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDQN R/L 2525-15-3 DN□□1504□□ 25 25 150 32
EH-MDQN R/L 3232-15-3 DN□□1504□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDQN R/L 2525-15-3 DN□□1504□□ 25 36
EH-MDQN R/L 3232-15-3 DN□□1504□□ 32 36
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDQN R/L 2525-15-3 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L
EH-MDQN R/L 3232-15-3 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L

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MDQN: holder and dimensions

Dimensions in mm. Tool approach: 107.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDQN R/L 2525-15 DN□□1506□□ 25 25 150 32
EH-MDQN R/L 3232-15 DN□□1506□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDQN R/L 2525-15 DN□□1506□□ 25 36
EH-MDQN R/L 3232-15 DN□□1506□□ 32 36
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDQN R/L 2525-15 MCL6N MCSR-1/4-25 MSD43 MSP4DL W31.8L / W23.8L
EH-MDQN R/L 3232-15 MCL6N MCSR-1/4-25 MSD43 MSP4DL W31.8L / W23.8L
MCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDNNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDNNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDQN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDQN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MCLN: Clamp – spare-part form.
MCLN: Clamp – spare-part form.
MCLN: Clamp screw – spare-part form.
MCLN: Clamp screw – spare-part form.
MCLN: Shim – spare-part form.
MCLN: Shim – spare-part form.
MCLN: Shim pin – spare-part form.
MCLN: Shim pin – spare-part form.
MCLN: Wrench – spare-part form.
MCLN: Wrench – spare-part form.
MCLN: Clamp – spare-part form.
MCLN: Clamp – spare-part form.
MCLN: Clamp screw – spare-part form.
MCLN: Clamp screw – spare-part form.
MCLN: Shim – spare-part form.
MCLN: Shim – spare-part form.
MCLN: Shim pin – spare-part form.
MCLN: Shim pin – spare-part form.
MCLN: Wrench – spare-part form.
MCLN: Wrench – spare-part form.
MDNNN: Clamp – spare-part form.
MDNNN: Clamp – spare-part form.
MDNNN: Clamp screw – spare-part form.
MDNNN: Clamp screw – spare-part form.
MDNNN: Shim – spare-part form.
MDNNN: Shim – spare-part form.
MDNNN: Shim pin – spare-part form.
MDNNN: Shim pin – spare-part form.
MDNNN: Wrench – spare-part form.
MDNNN: Wrench – spare-part form.

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MDJN / MSBN / MSKN

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MDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDJN R/L 2020-11 DN□□1104□□ 20 20 125 25
EH-MDJN R/L 2525-11 DN□□1104□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDJN R/L 2020-11 DN□□1104□□ 20 32
EH-MDJN R/L 2525-11 DN□□1104□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDJN R/L 2020-11 MCL6N MCSR-1/4-19 MSD32 MSP3D W31.8L / W19.8L
EH-MDJN R/L 2525-11 MCL6N MCSR-1/4-19 MSD32 MSP3D W31.8L / W19.8L

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MDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDJN R/L 2020-15-3 DN□□1504□□ 20 20 125 25
EH-MDJN R/L 2525-15-3 DN□□1504□□ 25 25 150 32
EH-MDJN R/L 3232-15-3 DN□□1504□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDJN R/L 2020-15-3 DN□□1504□□ 20 36
EH-MDJN R/L 2525-15-3 DN□□1504□□ 25 36
EH-MDJN R/L 3232-15-3 DN□□1504□□ 32 36
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDJN R/L 2020-15-3 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L
EH-MDJN R/L 2525-15-3 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L
EH-MDJN R/L 3232-15-3 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L

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MDJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MDJN R/L 2020-15 DN□□1506□□ 20 20 125 25
EH-MDJN R/L 2525-15 DN□□1506□□ 25 25 150 32
EH-MDJN R/L 3232-15 DN□□1506□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MDJN R/L 2020-15 DN□□1506□□ 20 36
EH-MDJN R/L 2525-15 DN□□1506□□ 25 36
EH-MDJN R/L 3232-15 DN□□1506□□ 32 36
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MDJN R/L 2020-15 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L
EH-MDJN R/L 2525-15 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L
EH-MDJN R/L 3232-15 MCL6N MCSR-1/4-25 MSD43 MSP4D W31.8L / W23.8L

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MSBN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSBN R/L 2020-12 SN□□1204□□ 20 20 125 17
EH-MSBN R/L 2525-12 SN□□1204□□ 25 25 150 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSBN R/L 2020-12 SN□□1204□□ 20 32
EH-MSBN R/L 2525-12 SN□□1204□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSBN R/L 2020-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
EH-MSBN R/L 2525-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L

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MSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSKN R/L 1616-09 SN□□0903□□ 16 16 100 20
EH-MSKN R/L 2020-09 SN□□0903□□ 20 20 125 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSKN R/L 1616-09 SN□□0903□□ 16 28
EH-MSKN R/L 2020-09 SN□□0903□□ 20 28
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSKN R/L 1616-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L
EH-MSKN R/L 2020-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L

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MSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSKN R/L 2020-12 SN□□1204□□ 20 20 125 25
EH-MSKN R/L 2525-12 SN□□1204□□ 25 25 150 32
EH-MSKN R/L 3225-12 SN□□1204□□ 32 32 170 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSKN R/L 2020-12 SN□□1204□□ 20 32
EH-MSKN R/L 2525-12 SN□□1204□□ 25 32
EH-MSKN R/L 3225-12 SN□□1204□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSKN R/L 2020-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
EH-MSKN R/L 2525-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
EH-MSKN R/L 3225-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
MDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSBN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSBN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDJN: Clamp – spare-part form.
MDJN: Clamp – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Wrench – spare-part form.
MDJN: Wrench – spare-part form.
MDJN: Clamp – spare-part form.
MDJN: Clamp – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Wrench – spare-part form.
MDJN: Wrench – spare-part form.
MDJN: Clamp – spare-part form.
MDJN: Clamp – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Clamp screw – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Shim pin – spare-part form.
MDJN: Wrench – spare-part form.
MDJN: Wrench – spare-part form.

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MSRN / MSSN / MTENN

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MSRN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSRN R/L 1616-09 SN□□0903□□ 16 16 100 17
EH-MSRN R/L 2020-09 SN□□0903□□ 20 20 125 22

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSRN R/L 1616-09 SN□□0903□□ 16 28
EH-MSRN R/L 2020-09 SN□□0903□□ 20 28
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSRN R/L 1616-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L
EH-MSRN R/L 2020-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L

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MSRN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSRN R/L 2020-12 SN□□1204□□ 20 20 125 22
EH-MSRN R/L 2525-12 SN□□1204□□ 25 25 150 27

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSRN R/L 2020-12 SN□□1204□□ 20 32
EH-MSRN R/L 2525-12 SN□□1204□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSRN R/L 2020-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
EH-MSRN R/L 2525-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L

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MSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSSN R/L 1616-09 SN□□0903□□ 16 16 100 20
EH-MSSN R/L 2020-09 SN□□0903□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSSN R/L 1616-09 SN□□0903□□ 16 28
EH-MSSN R/L 2020-09 SN□□0903□□ 20 28
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSSN R/L 1616-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L
EH-MSSN R/L 2020-09 MCL7N MCSR-10-32-19 MSS32 MSP3DS W19.8L / W23.8L

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MSSN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MSSN R/L 2020-12 SN□□1204□□ 20 20 125 25
EH-MSSN R/L 2525-12 SN□□1204□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MSSN R/L 2020-12 SN□□1204□□ 20 32
EH-MSSN R/L 2525-12 SN□□1204□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MSSN R/L 2020-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L
EH-MSSN R/L 2525-12 MCL8N1 MCSR-5/16-32 MSS43 MSP4D W39.7L / W23.8L

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MTENN: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTENN 2020-16 TN□□1604□□ 20 20 125 10
EH-MTENN 2525-16 TN□□1604□□ 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTENN 2020-16 TN□□1604□□ 20 32
EH-MTENN 2525-16 TN□□1604□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTENN 2020-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTENN 2525-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L

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MTENN: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTENN 2525-22 TN□□2204□□ 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTENN 2525-22 TN□□2204□□ 25 35
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTENN 2525-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
MSRN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSRN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSSN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSSN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTENN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTENN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSRN: Clamp – spare-part form.
MSRN: Clamp – spare-part form.
MSRN: Clamp screw – spare-part form.
MSRN: Clamp screw – spare-part form.
MSRN: Shim – spare-part form.
MSRN: Shim – spare-part form.
MSRN: Shim pin – spare-part form.
MSRN: Shim pin – spare-part form.
MSRN: Wrench – spare-part form.
MSRN: Wrench – spare-part form.
MSRN: Clamp – spare-part form.
MSRN: Clamp – spare-part form.
MSRN: Clamp screw – spare-part form.
MSRN: Clamp screw – spare-part form.
MSRN: Shim – spare-part form.
MSRN: Shim – spare-part form.
MSRN: Shim pin – spare-part form.
MSRN: Shim pin – spare-part form.
MSRN: Wrench – spare-part form.
MSRN: Wrench – spare-part form.
MSSN: Clamp – spare-part form.
MSSN: Clamp – spare-part form.
MSSN: Clamp screw – spare-part form.
MSSN: Clamp screw – spare-part form.
MSSN: Shim – spare-part form.
MSSN: Shim – spare-part form.
MSSN: Shim pin – spare-part form.
MSSN: Shim pin – spare-part form.
MSSN: Wrench – spare-part form.
MSSN: Wrench – spare-part form.

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MTFN / MTGN / MTJN

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MTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTFN R/L 1616-16 TN□□1604□□ 16 16 100 20
EH-MTFN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-MTFN R/L 2525-16 TN□□1604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTFN R/L 1616-16 TN□□1604□□ 16 32
EH-MTFN R/L 2020-16 TN□□1604□□ 20 32
EH-MTFN R/L 2525-16 TN□□1604□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTFN R/L 1616-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTFN R/L 2020-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTFN R/L 2525-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L

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MTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTFN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-MTFN R/L 3232-22 TN□□2204□□ 32 32 170 40
EH-MTFN R/L 4040-22 TN□□2204□□ 40 40 250 50

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTFN R/L 2525-22 TN□□2204□□ 25 32
EH-MTFN R/L 3232-22 TN□□2204□□ 32 32
EH-MTFN R/L 4040-22 TN□□2204□□ 40 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTFN R/L 2525-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
EH-MTFN R/L 3232-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
EH-MTFN R/L 4040-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L

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MTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTGN R/L 1616-16 TN□□1604□□ 16 16 100 20
EH-MTGN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-MTGN R/L 2525-16 TN□□1604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTGN R/L 1616-16 TN□□1604□□ 16 32
EH-MTGN R/L 2020-16 TN□□1604□□ 20 32
EH-MTGN R/L 2525-16 TN□□1604□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTGN R/L 1616-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTGN R/L 2020-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTGN R/L 2525-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L

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MTGN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTGN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-MTGN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTGN R/L 2525-22 TN□□2204□□ 25 32
EH-MTGN R/L 3232-22 TN□□2204□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTGN R/L 2525-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
EH-MTGN R/L 3232-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L

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MTJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTJN R/L 2020-16 TN□□1604□□ 20 20 125 25
EH-MTJN R/L 2525-16 TN□□1604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTJN R/L 2020-16 TN□□1604□□ 20 32
EH-MTJN R/L 2525-16 TN□□1604□□ 25 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTJN R/L 2020-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L
EH-MTJN R/L 2525-16 MCL7N MCSR-10-32-19 MST32 MSP3D W23.8L / W19.8L

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MTJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MTJN R/L 2525-22 TN□□2204□□ 25 25 150 32
EH-MTJN R/L 3232-22 TN□□2204□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MTJN R/L 2525-22 TN□□2204□□ 25 32
EH-MTJN R/L 3232-22 TN□□2204□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MTJN R/L 2525-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
EH-MTJN R/L 3232-22 MCL8N1 MCSR-5/16-32 MST43 MSP4D W39.7L / W23.8L
MTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTGN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTGN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTFN: Clamp – spare-part form.
MTFN: Clamp – spare-part form.
MTFN: Clamp screw – spare-part form.
MTFN: Clamp screw – spare-part form.
MTFN: Shim – spare-part form.
MTFN: Shim – spare-part form.
MTFN: Shim pin – spare-part form.
MTFN: Shim pin – spare-part form.
MTFN: Wrench – spare-part form.
MTFN: Wrench – spare-part form.
MTFN: Clamp – spare-part form.
MTFN: Clamp – spare-part form.
MTFN: Clamp screw – spare-part form.
MTFN: Clamp screw – spare-part form.
MTFN: Shim – spare-part form.
MTFN: Shim – spare-part form.
MTFN: Shim pin – spare-part form.
MTFN: Shim pin – spare-part form.
MTFN: Wrench – spare-part form.
MTFN: Wrench – spare-part form.
MTGN: Clamp – spare-part form.
MTGN: Clamp – spare-part form.
MTGN: Clamp screw – spare-part form.
MTGN: Clamp screw – spare-part form.
MTGN: Shim – spare-part form.
MTGN: Shim – spare-part form.
MTGN: Shim pin – spare-part form.
MTGN: Shim pin – spare-part form.
MTGN: Wrench – spare-part form.
MTGN: Wrench – spare-part form.

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MVJN / MVQN / MVWNN

Enquire about this chapter

MVJN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MVJN R/L 2020-16 VN□□1604□□ 20 20 125 25
EH-MVJN R/L 2525-16 VN□□1604□□ 25 25 150 32
EH-MVJN R/L 3232-16 VN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MVJN R/L 2020-16 VN□□1604□□ 20 37
EH-MVJN R/L 2525-16 VN□□1604□□ 25 37
EH-MVJN R/L 3232-16 VN□□1604□□ 32 37
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MVJN R/L 2020-16 MCL8N1 MCSR-5/16-32 MSV32 MSP3D W39.7L / W23.8L
EH-MVJN R/L 2525-16 MCL8N1 MCSR-5/16-32 MSV32 MSP3D W39.7L / W23.8L
EH-MVJN R/L 3232-16 MCL8N1 MCSR-5/16-32 MSV32 MSP3D W39.7L / W23.8L

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MVQN: holder and dimensions

Dimensions in mm. Tool approach: 117.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MVQN R/L 2020-16 VN□□1604□□ 20 20 125 25
EH-MVQN R/L 2525-16 VN□□1604□□ 25 25 150 32
EH-MVQN R/L 3232-16 VN□□1604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MVQN R/L 2020-16 VN□□1604□□ 20 42
EH-MVQN R/L 2525-16 VN□□1604□□ 25 42
EH-MVQN R/L 3232-16 VN□□1604□□ 32 37
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MVQN R/L 2020-16 MCL8N2 MSV32 MSP3D W39.7L / W19.8L
EH-MVQN R/L 2525-16 MCL8N2 MSV32 MSP3D W39.7L / W19.8L
EH-MVQN R/L 3232-16 MCL8N2 MSV32 MSP3D W39.7L / W19.8L

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MVWNN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MVWNN 2020-16 VN□□1604□□ 20 20 125 25
EH-MVWNN 2525-16 VN□□1604□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MVWNN 2020-16 VN□□1604□□ 20 42
EH-MVWNN 2525-16 VN□□1604□□ 25 42
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MVWNN 2020-16 MCL8N2 MSV32 MSP3D W39.7L / W19.8L
EH-MVWNN 2525-16 MCL8N2 MSV32 MSP3D W39.7L / W19.8L
MVJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVJN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVQN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVQN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVWNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVWNN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVJN: Clamp – spare-part form.
MVJN: Clamp – spare-part form.
MVJN: Clamp screw – spare-part form.
MVJN: Clamp screw – spare-part form.
MVJN: Shim – spare-part form.
MVJN: Shim – spare-part form.
MVJN: Shim pin – spare-part form.
MVJN: Shim pin – spare-part form.
MVJN: Wrench – spare-part form.
MVJN: Wrench – spare-part form.
MVQN: Clamp – spare-part form.
MVQN: Clamp – spare-part form.
MVQN: Clamp screw – spare-part form.
MVQN: Clamp screw – spare-part form.
MVQN: Shim – spare-part form.
MVQN: Shim – spare-part form.
MVQN: Shim pin – spare-part form.
MVQN: Shim pin – spare-part form.
MVQN: Wrench – spare-part form.
MVQN: Wrench – spare-part form.
MVWNN: Clamp – spare-part form.
MVWNN: Clamp – spare-part form.
MVWNN: Clamp screw – spare-part form.
MVWNN: Clamp screw – spare-part form.
MVWNN: Shim – spare-part form.
MVWNN: Shim – spare-part form.
MVWNN: Shim pin – spare-part form.
MVWNN: Shim pin – spare-part form.
MVWNN: Wrench – spare-part form.
MVWNN: Wrench – spare-part form.

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MWLN / SCAC / SCLC

Enquire about this chapter

MWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MWLN R/L 2020-06 WN□□0604□□ 20 20 125 25
EH-MWLN R/L 2525-06 WN□□0604□□ 25 25 150 32
EH-MWLN R/L 3232-06 WN□□0604□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MWLN R/L 2020-06 WN□□0604□□ 20 32
EH-MWLN R/L 2525-06 WN□□0604□□ 25 32
EH-MWLN R/L 3232-06 WN□□0604□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MWLN R/L 2020-06 MCL7N MCSR-10-32-19 MSW32 MSP3D W23.8L / W19.8L
EH-MWLN R/L 2525-06 MCL7N MCSR-10-32-19 MSW32 MSP3D W23.8L / W19.8L
EH-MWLN R/L 3232-06 MCL7N MCSR-10-32-19 MSW32 MSP3D W23.8L / W19.8L

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MWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-MWLN R/L 2020-08 WN□□0804□□ 20 20 125 25
EH-MWLN R/L 2525-08 WN□□0804□□ 25 25 150 32
EH-MWLN R/L 3232-08 WN□□0804□□ 32 32 170 40

Dimension/data block 2.

Item Insert assignment h ℓ
EH-MWLN R/L 2020-08 WN□□0804□□ 20 32
EH-MWLN R/L 2525-08 WN□□0804□□ 25 32
EH-MWLN R/L 3232-08 WN□□0804□□ 32 32
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-MWLN R/L 2020-08 MCL6N MCSR-1/4-21 MSW43 MSP4D HW31.8L / HW23.8L
EH-MWLN R/L 2525-08 MCL6N MCSR-1/4-21 MSW43 MSP4D HW31.8L / HW23.8L
EH-MWLN R/L 3232-08 MCL6N MCSR-1/4-21 MSW43 MSP4D HW31.8L / HW23.8L

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SCAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SCAC R/L 1010-06 CC□□0602□□ 10 10 70 10.5

Dimension/data block 2.

Item Insert assignment h
EH-SCAC R/L 1010-06 CC□□0602□□ 10
Spare parts
Item Screw Shim Shim screw Wrench
EH-SCAC R/L 1010-06 SCR02565 - - TW07P

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SCAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SCAC R/L 1212-09 CC□□09T3□□ 12 12 80 12.5

Dimension/data block 2.

Item Insert assignment h
EH-SCAC R/L 1212-09 CC□□09T3□□ 12
Spare parts
Item Screw Shim Shim screw Wrench
EH-SCAC R/L 1212-09 SCR03058 - - TW15P

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SCLC: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SCLC R/L 0808-06 CC□□0602□□ 08 08 60 10
EH-SCLC R/L 1010-06 CC□□0602□□ 10 10 70 16

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SCLC R/L 0808-06 CC□□0602□□ 08 10
EH-SCLC R/L 1010-06 CC□□0602□□ 10 10
Spare parts
Item Screw Shim Shim screw Wrench
EH-SCLC R/L 0808-06 SCR02565 - - TW07P
EH-SCLC R/L 1010-06 SCR02565 - - TW07P

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SCLC: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SCLC R/L 1212-09 CC□□09T3□□ 12 12 80 20
EH-SCLC R/L 1616-09 CC□□09T3□□ 16 16 100 20
EH-SCLC R/L 2020-09 CC□□09T3□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SCLC R/L 1212-09 CC□□09T3□□ 12 16
EH-SCLC R/L 1616-09 CC□□09T3□□ 16 16
EH-SCLC R/L 2020-09 CC□□09T3□□ 20 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-SCLC R/L 1212-09 SCR03058 - - TW15P
EH-SCLC R/L 1616-09 SCR03058 - - TW15P
EH-SCLC R/L 2020-09 SCR03058 - - TW15P

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SCLC: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SCLC R/L 2020-12 CC□□1204□□ 20 20 125 25
EH-SCLC R/L 2525-12 CC□□1204□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SCLC R/L 2020-12 CC□□1204□□ 20 25
EH-SCLC R/L 2525-12 CC□□1204□□ 25 26
Spare parts
Item Screw Shim Shim screw Wrench
EH-SCLC R/L 2020-12 SCR0411F SSC42 SSCR0610 TW15P / W40L
EH-SCLC R/L 2525-12 SCR0411F SSC42 SSCR0610 TW15P / W40L
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
MWLN: Clamp – spare-part form.
MWLN: Clamp – spare-part form.
MWLN: Clamp screw – spare-part form.
MWLN: Clamp screw – spare-part form.
MWLN: Shim – spare-part form.
MWLN: Shim – spare-part form.
MWLN: Shim pin – spare-part form.
MWLN: Shim pin – spare-part form.
MWLN: Wrench – spare-part form.
MWLN: Wrench – spare-part form.
MWLN: Clamp – spare-part form.
MWLN: Clamp – spare-part form.
MWLN: Clamp screw – spare-part form.
MWLN: Clamp screw – spare-part form.
MWLN: Shim – spare-part form.
MWLN: Shim – spare-part form.
MWLN: Shim pin – spare-part form.
MWLN: Shim pin – spare-part form.
SCAC: Screw – spare-part form.
SCAC: Screw – spare-part form.
SCAC: Shim – spare-part form.
SCAC: Shim – spare-part form.
SCAC: Shim screw – spare-part form.
SCAC: Shim screw – spare-part form.
SCAC: Wrench – spare-part form.
SCAC: Wrench – spare-part form.

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SDAC / SDJC / SDNCN

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SDAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDAC R/L 1010-07 DC□□0702□□ 10 10 70 10.5

Dimension/data block 2.

Item Insert assignment h
EH-SDAC R/L 1010-07 DC□□0702□□ 10
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDAC R/L 1010-07 SCR02565 - - TW07P

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SDAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDAC R/L 1212-11 DC□□11T3□□ 12 12 80 12.5
EH-SDAC R/L 1616-11 DC□□11T3□□ 16 16 100 16.5

Dimension/data block 2.

Item Insert assignment h
EH-SDAC R/L 1212-11 DC□□11T3□□ 12
EH-SDAC R/L 1616-11 DC□□11T3□□ 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDAC R/L 1212-11 SCR03058 - - TW15P
EH-SDAC R/L 1616-11 SCR03512 SSD32 SSCR0509 TW15P / W35L

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SDJC: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDJC R/L 1010-07 DC□□0702□□ 10 10 70 12
EH-SDJC R/L 1212-07 DC□□0702□□ 12 12 80 16
EH-SDJC R/L 1616-07 DC□□0702□□ 16 16 100 20
EH-SDJC R/L 2020-07 DC□□0702□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SDJC R/L 1010-07 DC□□0702□□ 10 15
EH-SDJC R/L 1212-07 DC□□0702□□ 12 15
EH-SDJC R/L 1616-07 DC□□0702□□ 16 18
EH-SDJC R/L 2020-07 DC□□0702□□ 20 15
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDJC R/L 1010-07 SCR02565 - - TW07P
EH-SDJC R/L 1212-07 SCR02565 - - TW07P
EH-SDJC R/L 1616-07 SCR02565 - - TW07P
EH-SDJC R/L 2020-07 SCR02565 - - TW07P

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SDJC: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDJC R/L 1212-11 DC□□11T3□□ 12 12 80 16
EH-SDJC R/L 1616-11 DC□□11T3□□ 16 16 100 20
EH-SDJC R/L 2020-11 DC□□11T3□□ 20 20 125 25
EH-SDJC R/L 2525-11 DC□□11T3□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SDJC R/L 1212-11 DC□□11T3□□ 12 15
EH-SDJC R/L 1616-11 DC□□11T3□□ 16 24
EH-SDJC R/L 2020-11 DC□□11T3□□ 20 24
EH-SDJC R/L 2525-11 DC□□11T3□□ 25 29
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDJC R/L 1212-11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-SDJC R/L 1616-11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-SDJC R/L 2020-11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-SDJC R/L 2525-11 SCR03512 SSD32 SSCR0509 TW15P / W35L

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SDNCN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDNCN 1010-07 DC□□0702□□ 10 10 70 5
EH-SDNCN 1212-07 DC□□0702□□ 12 12 80 6

Dimension/data block 2.

Item Insert assignment h
EH-SDNCN 1010-07 DC□□0702□□ 10
EH-SDNCN 1212-07 DC□□0702□□ 12
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDNCN 1010-07 SCR02565 - - TW07P
EH-SDNCN 1212-07 SCR02565 - - TW07P

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SDNCN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDNCN 1616-11 DC□□11T3□□ 16 16 100 8
EH-SDNCN 2020-11 DC□□11T3□□ 20 20 125 10

Dimension/data block 2.

Item Insert assignment h
EH-SDNCN 1616-11 DC□□11T3□□ 16
EH-SDNCN 2020-11 DC□□11T3□□ 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDNCN 1616-11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-SDNCN 2020-11 SCR03512 SSD32 SSCR0509 TW15P / W35L

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SDNCN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SDNCN 1212-11 DC□□11T3□□ 12 12 100 6

Dimension/data block 2.

Item Insert assignment h
EH-SDNCN 1212-11 DC□□11T3□□ 12
Spare parts
Item Screw Shim Shim screw Wrench
EH-SDNCN 1212-11 SCR03058 - - TW15P
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
SDAC: Screw – spare-part form.
SDAC: Screw – spare-part form.
SDAC: Shim – spare-part form.
SDAC: Shim – spare-part form.
SDAC: Shim screw – spare-part form.
SDAC: Shim screw – spare-part form.
SDAC: Wrench – spare-part form.
SDAC: Wrench – spare-part form.
SDJC: Screw – spare-part form.
SDJC: Screw – spare-part form.
SDJC: Shim – spare-part form.
SDJC: Shim – spare-part form.
SDJC: Shim screw – spare-part form.
SDJC: Shim screw – spare-part form.
SDJC: Wrench – spare-part form.
SDJC: Wrench – spare-part form.
SDJC: Screw – spare-part form.
SDJC: Screw – spare-part form.
SDJC: Shim – spare-part form.
SDJC: Shim – spare-part form.
SDJC: Shim screw – spare-part form.
SDJC: Shim screw – spare-part form.
SDJC: Wrench – spare-part form.
SDJC: Wrench – spare-part form.

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SRDCN / SRGC

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SRDCN: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRDCN 1010-06 RCGT0602M0 10 10 70 5
EH-SRDCN 1212-06 RCGT0602M0 12 12 80 6
EH-SRDCN 1616-06 RCGT0602M0 16 16 100 8
EH-SRDCN 2525-06 RCGT0602M0 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRDCN 1010-06 RCGT0602M0 10 10
EH-SRDCN 1212-06 RCGT0602M0 12 12
EH-SRDCN 1616-06 RCGT0602M0 16 12
EH-SRDCN 2525-06 RCGT0602M0 25 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRDCN 1010-06 SCR02565 - - TW07P
EH-SRDCN 1212-06 SCR02565 - - TW07P
EH-SRDCN 1616-06 SCR02565 - - TW07P
EH-SRDCN 2525-06 SCR02565 - - TW07P

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SRDCN: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRDCN 1616-08 RCGT0803M0 16 16 100 8
EH-SRDCN 2020-08 RCGT0803M0 20 20 125 10
EH-SRDCN 2525-08 RCGT0803M0 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRDCN 1616-08 RCGT0803M0 16 16
EH-SRDCN 2020-08 RCGT0803M0 20 20
EH-SRDCN 2525-08 RCGT0803M0 25 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRDCN 1616-08 SCR0307 - - TW09P
EH-SRDCN 2020-08 SCR0307 - - TW09P
EH-SRDCN 2525-08 SCR0307 - - TW09P

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SRDCN: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRDCN 1616-10 RCGT1003M0 16 16 100 8
EH-SRDCN 2020-10 RCGT1003M0 20 20 125 10
EH-SRDCN 2525-10 RCGT1003M0 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRDCN 1616-10 RCGT1003M0 16 25
EH-SRDCN 2020-10 RCGT1003M0 20 25
EH-SRDCN 2525-10 RCGT1003M0 25 25
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRDCN 1616-10 SCR03511A SSR10 SSCR0509 TW15P / W35L
EH-SRDCN 2020-10 SCR03511A SSR10 SSCR0509 TW15P / W35L
EH-SRDCN 2525-10 SCR03511A SSR10 SSCR0509 TW15P / W35L

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SRDCN: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRDCN 2020-12 RCGT1204M0 20 20 125 10
EH-SRDCN 2525-12 RCGT1204M0 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRDCN 2020-12 RCGT1204M0 20 28
EH-SRDCN 2525-12 RCGT1204M0 25 28
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRDCN 2020-12 SCR03512 SSR12 SSCR0509 TW15P / W35L
EH-SRDCN 2525-12 SCR03512 SSR12 SSCR0509 TW15P / W35L

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SRGC: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRGC R/L 1010-06 RCGT0602M0 10 10 70 12
EH-SRGC R/L 1212-06 RCGT0602M0 12 12 80 16
EH-SRGC R/L 1616-06 RCGT0602M0 16 16 100 20

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRGC R/L 1010-06 RCGT0602M0 10 -
EH-SRGC R/L 1212-06 RCGT0602M0 12 -
EH-SRGC R/L 1616-06 RCGT0602M0 16 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRGC R/L 1010-06 SCR02565 - - TW07P
EH-SRGC R/L 1212-06 SCR02565 - - TW07P
EH-SRGC R/L 1616-06 SCR02565 - - TW07P

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SRGC: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRGC R/L 1616-08 RCGT0803M0 16 16 100 20
EH-SRGC R/L 2020-08 RCGT0803M0 20 20 125 25
EH-SRGC R/L 2525-08 RCGT0803M0 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRGC R/L 1616-08 RCGT0803M0 16 -
EH-SRGC R/L 2020-08 RCGT0803M0 20 -
EH-SRGC R/L 2525-08 RCGT0803M0 25 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRGC R/L 1616-08 SCR0307 - - TW09P
EH-SRGC R/L 2020-08 SCR0307 - - TW09P
EH-SRGC R/L 2525-08 SCR0307 - - TW09P

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SRGC: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRGC R/L 1616-10 RCGT1003M0 16 16 100 20
EH-SRGC R/L 2020-10 RCGT1003M0 20 20 125 25
EH-SRGC R/L 2525-10 RCGT1003M0 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRGC R/L 1616-10 RCGT1003M0 16 -
EH-SRGC R/L 2020-10 RCGT1003M0 20 -
EH-SRGC R/L 2525-10 RCGT1003M0 25 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRGC R/L 1616-10 SCR03511A SSR10 SSCR0509 TW15P / W35L
EH-SRGC R/L 2020-10 SCR03511A SSR10 SSCR0509 TW15P / W35L
EH-SRGC R/L 2525-10 SCR03511A SSR10 SSCR0509 TW15P / W35L

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SRGC: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SRGC R/L 2020-12 RCGT1204M0 20 20 125 25
EH-SRGC R/L 2525-12 RCGT1204M0 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SRGC R/L 2020-12 RCGT1204M0 20 -
EH-SRGC R/L 2525-12 RCGT1204M0 25 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SRGC R/L 2020-12 SCR03512 SSR12 SSCR0509 TW15P / W35L
EH-SRGC R/L 2525-12 SCR03512 SSR12 SSCR0509 TW15P / W35L
SRDCN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SRDCN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SRGC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SRGC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SRDCN: Screw – spare-part form.
SRDCN: Screw – spare-part form.
SRDCN: Shim – spare-part form.
SRDCN: Shim – spare-part form.
SRDCN: Shim screw – spare-part form.
SRDCN: Shim screw – spare-part form.
SRDCN: Wrench – spare-part form.
SRDCN: Wrench – spare-part form.
SRDCN: Screw – spare-part form.
SRDCN: Screw – spare-part form.
SRDCN: Shim – spare-part form.
SRDCN: Shim – spare-part form.
SRDCN: Shim screw – spare-part form.
SRDCN: Shim screw – spare-part form.
SRDCN: Wrench – spare-part form.
SRDCN: Wrench – spare-part form.

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SSBC / SSDCN / SSKC

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SSBC: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSBC R/L 1212-09 SC□□09T3□□ 12 12 80 11
EH-SSBC R/L 1616-09 SC□□09T3□□ 16 16 100 13

Dimension/data block 2.

Item Insert assignment h
EH-SSBC R/L 1212-09 SC□□09T3□□ 12
EH-SSBC R/L 1616-09 SC□□09T3□□ 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSBC R/L 1212-09 SCR03058 SSS32 SSCR0509 TW15P
EH-SSBC R/L 1616-09 SCR03512 SSS32 SSCR0509 TW15P / W35L

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SSBC: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSBC R/L 2020-12 SC□□1204□□ 20 20 125 17

Dimension/data block 2.

Item Insert assignment h
EH-SSBC R/L 2020-12 SC□□1204□□ 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSBC R/L 2020-12 SCR0411F SSS42 SSCR0610 TW15P / W35L

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SSDCN: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSDCN 1212-09 SC□□09T3□□ 12 12 80 6
EH-SSDCN 1616-09 SC□□09T3□□ 16 16 100 8

Dimension/data block 2.

Item Insert assignment h
EH-SSDCN 1212-09 SC□□09T3□□ 12
EH-SSDCN 1616-09 SC□□09T3□□ 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSDCN 1212-09 SCR03058 - - TW15P
EH-SSDCN 1616-09 SCR03512 SSS32 SSCR0509 TW15P / W35L

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SSKC: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSKC R/L 1616-09 SC□□09T3□□ 16 16 100 20

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SSKC R/L 1616-09 SC□□09T3□□ 16 13
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSKC R/L 1616-09 SCR03512 SSS32 SSCR0509 TW15P / W35L
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
SSBC: Screw – spare-part form.
SSBC: Screw – spare-part form.
SSBC: Shim – spare-part form.
SSBC: Shim – spare-part form.
SSBC: Shim screw – spare-part form.
SSBC: Shim screw – spare-part form.
SSBC: Wrench – spare-part form.
SSBC: Wrench – spare-part form.
SSDCN: Screw – spare-part form.
SSDCN: Screw – spare-part form.
SSDCN: Shim – spare-part form.
SSDCN: Shim – spare-part form.
SSDCN: Shim screw – spare-part form.
SSDCN: Shim screw – spare-part form.
SSDCN: Wrench – spare-part form.
SSDCN: Wrench – spare-part form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.
Clamping component or spare part: individual technical form.

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SSSC / STAC / STFC

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SSSC: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSSC R/L 1616-09 SC□□09T3□□ 16 16 100 17

Dimension/data block 2.

Item Insert assignment h
EH-SSSC R/L 1616-09 SC□□09T3□□ 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSSC R/L 1616-09 SCR03512 SSS32 SSCR0509 TW15P / W35L

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SSSC: holder and dimensions

Dimensions in mm. Tool approach: 45°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SSSC R/L 2020-12 SC□□1204□□ 20 20 125 21

Dimension/data block 2.

Item Insert assignment h
EH-SSSC R/L 2020-12 SC□□1204□□ 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SSSC R/L 2020-12 SCR0411F SSS42 SSCR0610 TW15P / W40L

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STAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STAC R/L 1010-09 TC□□0902□□ 10 10 70 10.5

Dimension/data block 2.

Item Insert assignment h
EH-STAC R/L 1010-09 TC□□0902□□ 10
Spare parts
Item Screw Shim Shim screw Wrench
EH-STAC R/L 1010-09 SCR02206 - - TW06P

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STAC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STAC R/L 1212-11 TC□□1102□□ 12 12 80 12.5

Dimension/data block 2.

Item Insert assignment h
EH-STAC R/L 1212-11 TC□□1102□□ 12
Spare parts
Item Screw Shim Shim screw Wrench
EH-STAC R/L 1212-11 SCR02565 - - TW07P

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STFC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STFC R/L 1010-09 TC□□0902□□ 10 10 70 12

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STFC R/L 1010-09 TC□□0902□□ 10 10
Spare parts
Item Screw Shim Shim screw Wrench
EH-STFC R/L 1010-09 SCR02206 - - TW06P

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STFC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STFC R/L 1212-11 TC□□1102□□ 12 12 80 16
EH-STFC R/L 1616-11 TC□□1102□□ 16 16 100 20

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STFC R/L 1212-11 TC□□1102□□ 12 14
EH-STFC R/L 1616-11 TC□□1102□□ 16 14
Spare parts
Item Screw Shim Shim screw Wrench
EH-STFC R/L 1212-11 SCR02565 - - W07P
EH-STFC R/L 1616-11 SCR02565 - - W07P

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STFC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STFC R/L 1616-16 TC□□16T3□□ 16 16 100 20
EH-STFC R/L 2020-16 TC□□16T3□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STFC R/L 1616-16 TC□□16T3□□ 16 19
EH-STFC R/L 2020-16 TC□□16T3□□ 20 19
Spare parts
Item Screw Shim Shim screw Wrench
EH-STFC R/L 1616-16 SCR03512 SST32 SSCR0509 TW15P / W35L
EH-STFC R/L 2020-16 SCR03512 SST32 SSCR0509 TW15P / W35L
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
SSSC: Screw – spare-part form.
SSSC: Screw – spare-part form.
SSSC: Shim – spare-part form.
SSSC: Shim – spare-part form.
SSSC: Shim screw – spare-part form.
SSSC: Shim screw – spare-part form.
SSSC: Wrench – spare-part form.
SSSC: Wrench – spare-part form.
STAC: Screw – spare-part form.
STAC: Screw – spare-part form.
STAC: Shim – spare-part form.
STAC: Shim – spare-part form.
STAC: Shim screw – spare-part form.
STAC: Shim screw – spare-part form.
STAC: Wrench – spare-part form.
STAC: Wrench – spare-part form.
STFC: Screw – spare-part form.
STFC: Screw – spare-part form.
STFC: Shim – spare-part form.
STFC: Shim – spare-part form.
STFC: Shim screw – spare-part form.
STFC: Shim screw – spare-part form.
STFC: Wrench – spare-part form.
STFC: Wrench – spare-part form.

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STGC / STTC / SVAB

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STGC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STGC R/L 0808-09 TC□□0902□□ 8 8 60 10
EH-STGC R/L 1010-09 TC□□0902□□ 10 10 70 12

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STGC R/L 0808-09 TC□□0902□□ 8 11
EH-STGC R/L 1010-09 TC□□0902□□ 10 11
Spare parts
Item Screw Shim Shim screw Wrench
EH-STGC R/L 0808-09 SCR02206 - - TW06P
EH-STGC R/L 1010-09 SCR02206 - - TW06P

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STGC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STGC R/L 1212-11 TC□□1102□□ 12 12 80 16
EH-STGC R/L 1616-11 TC□□1102□□ 16 16 100 20

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STGC R/L 1212-11 TC□□1102□□ 12 14
EH-STGC R/L 1616-11 TC□□1102□□ 16 16
Spare parts
Item Screw Shim Shim screw Wrench
EH-STGC R/L 1212-11 SCR02565 - - TW07P
EH-STGC R/L 1616-11 SCR02565 - - TW07P

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STGC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STGC R/L 2020-16 TC□□16T3□□ 20 20 125 25
EH-STGC R/L 2525-16 TC□□16T3□□ 25 25 150 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STGC R/L 2020-16 TC□□16T3□□ 20 21
EH-STGC R/L 2525-16 TC□□16T3□□ 25 21
Spare parts
Item Screw Shim Shim screw Wrench
EH-STGC R/L 2020-16 SCR03512 SST32 SSCR0509 TW15P / W35L
EH-STGC R/L 2525-16 SCR03512 SST32 SSCR0509 TW15P / W35L

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STTC: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STTC R/L 1010-09 TC□□1102□□ 16 16 100 13

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STTC R/L 1010-09 TC□□1102□□ 16 14
Spare parts
Item Screw Shim Shim screw Wrench
EH-STTC R/L 1010-09 SCR02565 - - TW07P

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STTC: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-STTC R/L 1212-11 TC□□16T3□□ 16 16 100 13
EH-STTC R/L 1616-11 TC□□16T3□□ 20 20 125 17

Dimension/data block 2.

Item Insert assignment h ℓ
EH-STTC R/L 1212-11 TC□□16T3□□ 16 19
EH-STTC R/L 1616-11 TC□□16T3□□ 20 19
Spare parts
Item Screw Shim Shim screw Wrench
EH-STTC R/L 1212-11 SCR03512 SST32 SSCR0509 TW15P / W35L
EH-STTC R/L 1616-11 SCR03512 SST32 SSCR0509 TW15P / W35L

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SVAB: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVAB R/L 1616-16 VB□□1604□□ 16 16 100 16.5
EH-SVAB R/L 2020-16 VB□□1604□□ 20 20 125 20.5

Dimension/data block 2.

Item Insert assignment h
EH-SVAB R/L 1616-16 VB□□1604□□ 16
EH-SVAB R/L 2020-16 VB□□1604□□ 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVAB R/L 1616-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVAB R/L 2020-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
STGC: Screw – spare-part form.
STGC: Screw – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Wrench – spare-part form.
STGC: Wrench – spare-part form.
STGC: Screw – spare-part form.
STGC: Screw – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Wrench – spare-part form.
STGC: Wrench – spare-part form.
STGC: Screw – spare-part form.
STGC: Screw – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Shim screw – spare-part form.
STGC: Wrench – spare-part form.
STGC: Wrench – spare-part form.

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SVHB / SVJB / SVVBN

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SVHB: holder and dimensions

Dimensions in mm. Tool approach: 107.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVHB R/L 2525-16 VB□□1604□□ 25 25 150 32
EH-SVHB R/L 3225-16 VB□□1604□□ 32 32 170 32

Dimension/data block 2.

Item Insert assignment h
EH-SVHB R/L 2525-16 VB□□1604□□ 25
EH-SVHB R/L 3225-16 VB□□1604□□ 32
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVHB R/L 2525-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVHB R/L 3225-16 SCR03512 SSV32 SSCR0509 TW15P / W35L

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SVJB: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVJB R/L 1212-11 VB□□1102□□ 12 12 80 16
EH-SVJB R/L 1616-11 VB□□1102□□ 16 16 100 20
EH-SVJB R/L 2020-11 VB□□1102□□ 20 20 125 25

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVJB R/L 1212-11 VB□□1102□□ 12 27
EH-SVJB R/L 1616-11 VB□□1102□□ 16 27
EH-SVJB R/L 2020-11 VB□□1102□□ 20 27
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVJB R/L 1212-11 SCR02565 - - TW07P
EH-SVJB R/L 1616-11 SCR02565 - - TW07P
EH-SVJB R/L 2020-11 SCR02565 - - TW07P

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SVJB: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVJB R/L 1616-16 VB□□1604□□ 16 16 100 20
EH-SVJB R/L 2020-16 VB□□1604□□ 20 20 125 25
EH-SVJB R/L 2525-16 VB□□1604□□ 25 25 150 32
EH-SVJB R/L 3225-16 VB□□1604□□ 32 25 170 32

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVJB R/L 1616-16 VB□□1604□□ 16 36
EH-SVJB R/L 2020-16 VB□□1604□□ 20 41
EH-SVJB R/L 2525-16 VB□□1604□□ 25 41
EH-SVJB R/L 3225-16 VB□□1604□□ 32 55
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVJB R/L 1616-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVJB R/L 2020-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVJB R/L 2525-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVJB R/L 3225-16 SCR03512 SSV32 SSCR0509 TW15P / W35L

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SVVBN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVBNN 1212-11 VB□□1102□□ 12 12 80 6
EH-SVBNN 1616-11 VB□□1102□□ 16 16 100 8
EH-SVBNN 2020-11 VB□□1102□□ 20 20 125 10

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVBNN 1212-11 VB□□1102□□ 12
EH-SVBNN 1616-11 VB□□1102□□ 16
EH-SVBNN 2020-11 VB□□1102□□ 20
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVBNN 1212-11 SCR02565 - - TW07P
EH-SVBNN 1616-11 SCR02565 - - TW07P
EH-SVBNN 2020-11 SCR02565 - - TW07P

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SVVBN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVBNN 1616-16 VB□□1604□□ 16 16 100 8
EH-SVBNN 2020-16 VB□□1604□□ 20 20 125 10
EH-SVBNN 2525-16 VB□□1604□□ 25 25 150 12.5
EH-SVBNN 3225-16 VB□□1604□□ 32 25 170 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVBNN 1616-16 VB□□1604□□ 16
EH-SVBNN 2020-16 VB□□1604□□ 20
EH-SVBNN 2525-16 VB□□1604□□ 25
EH-SVBNN 3225-16 VB□□1604□□ 32
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVBNN 1616-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVBNN 2020-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVBNN 2525-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVBNN 3225-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
SVHB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVHB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVJB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVJB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVVBN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVVBN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVHB: Screw – spare-part form.
SVHB: Screw – spare-part form.
SVHB: Shim – spare-part form.
SVHB: Shim – spare-part form.
SVHB: Shim screw – spare-part form.
SVHB: Shim screw – spare-part form.
SVHB: Wrench – spare-part form.
SVHB: Wrench – spare-part form.
SVJB: Screw – spare-part form.
SVJB: Screw – spare-part form.
SVJB: Shim – spare-part form.
SVJB: Shim – spare-part form.
SVJB: Shim screw – spare-part form.
SVJB: Shim screw – spare-part form.
SVJB: Wrench – spare-part form.
SVJB: Wrench – spare-part form.
SVJB: Screw – spare-part form.
SVJB: Screw – spare-part form.
SVJB: Shim – spare-part form.
SVJB: Shim – spare-part form.
SVJB: Shim screw – spare-part form.
SVJB: Shim screw – spare-part form.
SVJB: Wrench – spare-part form.
SVJB: Wrench – spare-part form.

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SVVCN

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SVVCN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVVCN 1212-11 VC□□1103□□ 12 12 80 6
EH-SVVCN 1616-11 VC□□1103□□ 16 16 100 8
EH-SVVCN 2020-11 VC□□1103□□ 20 20 125 10

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVVCN 1212-11 VC□□1103□□ 12 -
EH-SVVCN 1616-11 VC□□1103□□ 16 -
EH-SVVCN 2020-11 VC□□1103□□ 20 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVVCN 1212-11 SCR02565 - - TW07P
EH-SVVCN 1616-11 SCR02565 - - TW07P
EH-SVVCN 2020-11 SCR02565 - - TW07P

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SVVCN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVVCN 1212-13 VC□□1303□□ 12 12 80 6
EH-SVVCN 1616-13 VC□□1303□□ 16 16 100 8
EH-SVVCN 2020-13 VC□□1303□□ 20 20 125 10

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVVCN 1212-13 VC□□1303□□ 12 -
EH-SVVCN 1616-13 VC□□1303□□ 16 -
EH-SVVCN 2020-13 VC□□1303□□ 20 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVVCN 1212-13 SCR0307 - - TW09P
EH-SVVCN 1616-13 SCR0307 - - TW09P
EH-SVVCN 2020-13 SCR0307 - - TW09P

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SVVCN: holder and dimensions

Dimensions in mm. Tool approach: 72.5°.

Dimension/data block 1.

Item Insert assignment H W L S
EH-SVVCN 1616-16 VC□□1604□□ 16 16 100 6
EH-SVVCN 2020-16 VC□□1604□□ 20 20 125 8
EH-SVVCN 2525-16 VC□□1604□□ 25 25 150 12.5

Dimension/data block 2.

Item Insert assignment h ℓ
EH-SVVCN 1616-16 VC□□1604□□ 16 -
EH-SVVCN 2020-16 VC□□1604□□ 20 -
EH-SVVCN 2525-16 VC□□1604□□ 25 -
Spare parts
Item Screw Shim Shim screw Wrench
EH-SVVCN 1616-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVVCN 2020-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-SVVCN 2525-16 SCR03512 SSV32 SSCR0509 TW15P / W35L
SVVCN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVVCN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVVCN: Screw – spare-part form.
SVVCN: Screw – spare-part form.
SVVCN: Shim – spare-part form.
SVVCN: Shim – spare-part form.
SVVCN: Shim screw – spare-part form.
SVVCN: Shim screw – spare-part form.
SVVCN: Wrench – spare-part form.
SVVCN: Wrench – spare-part form.

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Boring tools

Boring tools: Component and machining view.
Boring tools: Component and machining view.

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Boring: steel and carbide bodies

EHWA boring tools support precise hole machining. Steel and carbide bodies cover applications including precision micro boring. BS and BR types are listed as PCD or PCBN tools, with grades, dimensions and cutting-edge positions specified separately.

Boring: steel and carbide bodies: Tool view.
Boring: steel and carbide bodies: Tool view.
Boring: steel and carbide bodies: Component and machining view.
Boring: steel and carbide bodies: Component and machining view.

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BS types and SLV holders

BSR and BSL have separate mirrored drawings with R, V1, V2, L, D and Dm references. The SLV holder is illustrated separately with d, L, H and D. The tables retain every article designation. Dimensional and angular references follow the respective drawings; the grade headings list EP20/EP55 for PCD and EB190/EB51 for PCBN.

BSR: boring tools

Dimension/data block 1.

Item R V1 V2 L D
BSR 25 60 005 0.05 15 15 60 2.5
BSR 25 60 01 0.1 15 15 60 2.5
BSR 30 60 005 0.05 15 15 60 3
BSR 30 60 01 0.1 15 15 60 3
BSR 40 60 01 0.1 15 15 60 4
BSR 40 60 02 0.2 15 15 60 4
BSR 50 60 01 0.1 15 15 60 5
BSR 50 60 02 0.2 15 15 60 5
BSR 60 80 01 0.1 15 15 80 6
BSR 60 80 02 0.2 15 15 80 6

Dimension/data block 2.

Item Dm
BSR 25 60 005 3
BSR 25 60 01 3
BSR 30 60 005 3.5
BSR 30 60 01 3.5
BSR 40 60 01 4.5
BSR 40 60 02 4.5
BSR 50 60 01 5.5
BSR 50 60 02 5.5
BSR 60 80 01 7
BSR 60 80 02 7

Both types have separate drawings and article designations. Grades: PCD EP20/EP55, PCBN EB190/EB51; individual source matrix cells are unmarked.

BSL: boring tools

Dimension/data block 1.

Item R V1 V2 L D
BSL 25 60 005 0.05 15 15 60 2.5
BSL 25 60 01 0.1 15 15 60 2.5
BSL 30 60 005 0.05 15 15 60 3
BSL 30 60 01 0.1 15 15 60 3
BSL 40 60 01 0.1 15 15 60 4
BSL 40 60 02 0.2 15 15 60 4
BSL 50 60 01 0.1 15 15 60 5
BSL 50 60 02 0.2 15 15 60 5
BSL 60 80 01 0.1 15 15 80 6
BSL 60 80 02 0.2 15 15 80 6

Dimension/data block 2.

Item Dm
BSL 25 60 005 3
BSL 25 60 01 3
BSL 30 60 005 3.5
BSL 30 60 01 3.5
BSL 40 60 01 4.5
BSL 40 60 02 4.5
BSL 50 60 01 5.5
BSL 50 60 02 5.5
BSL 60 80 01 7
BSL 60 80 02 7

Both types have separate drawings and article designations. Grades: PCD EP20/EP55, PCBN EB190/EB51; individual source matrix cells are unmarked.

SLV: holder

Item d L H D
SLV 16 025 2.5 100 14 16
SLV 16 03 3 100 14 16
SLV 16 04 4 100 14 16
SLV 16 05 5 100 14 16
SLV 16 06 6 100 14 16
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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BR types

BRC, BRR and BRL differ in edge position and dimensional reference. BRC lists R, V1, V2, L and D; BRR and BRL list R, V1, E, L, D and T. Side views and mirrored edge positions are retained. Grades include PCD EP20/EP55 and PCBN EB190/EB51; the source does not mark individual grade cells per article.

BRC: boring tools

Item R V1 V2 L D
BRC 40 15 02 0.2 45 45 15 4
BRC 40 15 04 0.4 45 45 15 4
BRC 50 15 02 0.2 45 45 15 5
BRC 50 15 04 0.4 45 45 15 5
BRC 60 20 02 0.2 45 45 20 6
BRC 60 20 04 0.4 45 45 20 6
BRC 80 30 04 0.4 45 45 30 8
BRC 80 30 08 0.8 45 45 30 8

BRR: boring tools

Dimension/data block 1.

Item R V1 E L D
BRR 40 15 02 0.2 15 15 15 4
BRR 40 15 04 0.4 15 15 15 4
BRR 50 15 02 0.2 15 15 15 5
BRR 50 15 04 0.4 15 15 15 5
BRR 60 20 02 0.2 20 20 20 6
BRR 60 20 04 0.4 20 20 20 6
BRR 80 30 04 0.4 30 30 30 8
BRR 80 30 08 0.8 30 30 30 8

Dimension/data block 2.

Item T
BRR 40 15 02 3.5
BRR 40 15 04 3.5
BRR 50 15 02 4.5
BRR 50 15 04 4.5
BRR 60 20 02 5.5
BRR 60 20 04 5.5
BRR 80 30 04 7
BRR 80 30 08 7

BR types: PCD EP20/EP55 and PCBN EB190/EB51. Individual grade cells are unmarked in all three source tables. Drawings and the distinct V1/V2/E fields remain specific to each type.

BRL: boring tools

Dimension/data block 1.

Item R V1 E L D
BRL 40 15 02 0.2 15 15 15 4
BRL 40 15 04 0.4 15 15 15 4
BRL 50 15 02 0.2 15 15 15 5
BRL 50 15 04 0.4 15 15 15 5
BRL 60 20 02 0.2 20 20 20 6
BRL 60 20 04 0.4 20 20 20 6
BRL 80 30 04 0.4 30 30 30 8
BRL 80 30 08 0.8 30 30 30 8

Dimension/data block 2.

Item T
BRL 40 15 02 3.5
BRL 40 15 04 3.5
BRL 50 15 02 4.5
BRL 50 15 04 4.5
BRL 60 20 02 5.5
BRL 60 20 04 5.5
BRL 80 30 04 7
BRL 80 30 08 7

BR types: PCD EP20/EP55 and PCBN EB190/EB51. Individual grade cells are unmarked in all three source tables. Drawings and the distinct V1/V2/E fields remain specific to each type.

Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Boring holders: clamping systems

Boring holders use D – double clamping, M – multi locking, P – lever locking and S – screw clamping. Force arrows show the respective action at the insert seat. The following sections add shank material, diameter, length, insert shape and tool style.

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Boring holders: shank, diameter and length

The example E 25 R–M maps shank material, diameter D, tool length and clamping system. Shank symbols: A – steel shank with coolant hole; E – carbide shank with coolant hole; C – carbide shank; S – steel shank; X – special. The diameter drawing and L reference show the corresponding dimensions on the body. R corresponds to 200 mm in the length table; M identifies multi locking. All illustrated length symbols remain in the table.

Boring holders: length symbols

Symbol L [mm]
H 100
J 110
K 125
M 150
N 160
Q 180
R 200
S 250
T 300
U 350
V 400
W 450
Y 500

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Boring holders: insert, tool style and hand

The second designation fragment S K D R–12 maps insert shape, tool style, clearance angle, hand and cutting-edge size. The shapes in this overview are C, D, K, S, T, V and W. Here K identifies the illustrated parallelogram. R and L distinguish right- and left-hand tools.

Tool styles are L = 95°, F = 90°, U = 93°, K = 75°, Q = 108°, Z = 93°, J = 142° and W = 60°. The clearance overview lists N = 0°, B = 5°, C = 7° and P = 11°; further clearance symbols appear in the basic external-holder designation. The metric cutting-edge size table retains its shape-dependent I.C. mappings.

Metric shape sizes and I.C

Boring holders: clearance symbols

Symbol Clearance angle
N 0°
B 5°
C 7°
P 11°

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Boring holders: double clamping and multi locking

Double clamping is illustrated with insert screw, insert, shim, clamp, clamp screw and spring. Multi locking shows clamp, screw, insert, shim pin and shim. The exploded views retain the positions of all components and their corresponding callout targets.

Boring holders: double clamping and multi locking: Tool view.
Boring holders: double clamping and multi locking: Tool view.
Boring holders: double clamping and multi locking: Tool view.
Boring holders: double clamping and multi locking: Tool view.
Boring holders: double clamping and multi locking: Tool view.
Boring holders: double clamping and multi locking: Tool view.

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Boring holders: lever locking and screw clamping

The lever-locking exploded view identifies insert, lever and screw. Screw clamping connects screw and insert to the seat. The dimensional tables identify the listed spare parts for each type; the overview does not replace selection by article number.

Boring holders: lever locking and screw clamping: Tool view.
Boring holders: lever locking and screw clamping: Tool view.
Boring holders: lever locking and screw clamping: Tool view.
Boring holders: lever locking and screw clamping: Tool view.

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Boring holders: lever- and multi-locking applications

The application matrices distinguish copying, facing, back turning and turning. Marked cells show the assignments in this edition; empty fields are not a universal statement about other types. Tool style, approach angle and the illustrated cutting profile complement the holder designation.

Clamping system P

Dimension/data block 1.

Tool Approach [°] Source reference Copying Facing Back turning
PCLN 95 108 ●
PDSN 62.5 108 ● ●
PDUN 93 109 ● ●
PSKN 75 109
PTFN 90 110
PWLN 95 110 ● ●

Dimension/data block 2.

Tool Turning
PCLN ●
PDSN ●
PDUN ●
PSKN ●
PTFN ●
PWLN ●

Clamping system M

Dimension/data block 1.

Tool Approach [°] Source reference Copying Facing Back turning
MTFN 90 111
MVUN 93 111 ● ●
MWLN 95 111 ●
MCLN 95 119 ●
MDUN 93 119 ● ●
MSKN 75 119

Dimension/data block 2.

Tool Turning
MTFN ●
MVUN ●
MWLN ●
MCLN ●
MDUN ●
MSKN ●

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Boring holders: screw-clamping applications

The two matrices add all illustrated screw-clamping types. The selection contains eight styles per block with their approach angles and marked assignments for copying, facing, back turning and turning.

Clamping system S

Dimension/data block 1.

Tool Approach [°] Source reference Copying Facing Back turning
SCLC 95 112 ●
SCLP 95 112 ●
SDQC 107.5 113 ● ●
SDUC 93 113 ● ●
SDZC 3 114 ●
SSKC 75 114
SSKP 75 115
STFC 90 115

Dimension/data block 2.

Tool Turning
SCLC ●
SCLP ●
SDQC ●
SDUC ●
SDZC ●
SSKC ●
SSKP ●
STFC ●

Clamping system S

Dimension/data block 1.

Tool Approach [°] Source reference Copying Facing Back turning
STFP 90 116
STWP 60 114
SVJC 142 116 ●
SVQB 108 117 ● ●
SVQC 108 117 ● ●
SVUB 93 117 ● ●
SVUC 93 118 ● ●
SWLC 95 118 ● ●

Dimension/data block 2.

Tool Turning
STFP ●
STWP ●
SVJC ●
SVQB ●
SVQC ●
SVUB ●
SVUC ●
SWLC ●

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PCLN / PDSN

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PCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S16R-PCLN R/L-09 CN□□0903□□ 20 16 15 200
EH-S20S-PCLN R/L-09 CN□□0903□□ 25 20 18 250
EH-S25R-PCLN R/L-09 CN□□0903□□ 32 25 23 200
EH-S25R-PCLN R/L-12 CN□□1204□□ 32 25 23 200
EH-S32S-PCLN R/L-12 CN□□1204□□ 40 32 30 250
EH-S40T-PCLN R/L-12 CN□□1204□□ 50 40 37 300
EH-S50U-PCLN R/L-12 CN□□1204□□ 63 50 47 350

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S16R-PCLN R/L-09 CN□□0903□□ 11 28
EH-S20S-PCLN R/L-09 CN□□0903□□ 19 32
EH-S25R-PCLN R/L-09 CN□□0903□□ 17 36
EH-S25R-PCLN R/L-12 CN□□1204□□ 17 40
EH-S32S-PCLN R/L-12 CN□□1204□□ 22 50
EH-S40T-PCLN R/L-12 CN□□1204□□ 27 55
EH-S50U-PCLN R/L-12 CN□□1204□□ 35 55
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S16R-PCLN R/L-09 LV3C LVSCR0509B - - -
EH-S20S-PCLN R/L-09 LV3C LVSCR0509B - - -
EH-S25R-PCLN R/L-09 LV3C LVSCR0509B - - -
EH-S25R-PCLN R/L-12 LV4A LVSCR0613A - - -
EH-S32S-PCLN R/L-12 LV4 LVSCR0821 LVSC42B LVSP4 LVSP4
EH-S40T-PCLN R/L-12 LV4 LVSCR0821 LVSC42B LVSP4 LVSP4
EH-S50U-PCLN R/L-12 LV4 LVSCR0821 LVSC42B LVSP4 LVSP4

Dimension/data block 2.

Item Wrench
EH-S16R-PCLN R/L-09 W20L
EH-S20S-PCLN R/L-09 W20L
EH-S25R-PCLN R/L-09 W20L
EH-S25R-PCLN R/L-12 W25L
EH-S32S-PCLN R/L-12 W30L
EH-S40T-PCLN R/L-12 W30L
EH-S50U-PCLN R/L-12 W30L

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PDSN: holder and dimensions

Dimensions in mm. Tool approach: 62.5°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S32S-PDSN R/L-15 DN□□1506□□ 40 32 30 250
EH-S40T-PDSN R/L-15 DN□□1506□□ 50 40 37 300
EH-S32S-PDSN R/L-15-3 DN□□1504□□ 40 32 30 450
EH-S40T-PDSN R/L-15-3 DN□□1504□□ 50 40 37 300
EH-A32S-PDSN R/L-15 DN□□1506□□ 40 32 31 250
EH-A32S-PDSN R/L-15-3 DN□□1504□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S32S-PDSN R/L-15 DN□□1506□□ 22 45
EH-S40T-PDSN R/L-15 DN□□1506□□ 27 43
EH-S32S-PDSN R/L-15-3 DN□□1504□□ 22 45
EH-S40T-PDSN R/L-15-3 DN□□1504□□ 27 43
EH-A32S-PDSN R/L-15 DN□□1506□□ 22 45
EH-A32S-PDSN R/L-15-3 DN□□1504□□ 22 45
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S32S-PDSN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S40T-PDSN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S32S-PDSN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S40T-PDSN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4
EH-A32S-PDSN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-A32S-PDSN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4

Dimension/data block 2.

Item Wrench
EH-S32S-PDSN R/L-15 W30L
EH-S40T-PDSN R/L-15 W30L
EH-S32S-PDSN R/L-15-3 W30L
EH-S40T-PDSN R/L-15-3 W30L
EH-A32S-PDSN R/L-15 W30L
EH-A32S-PDSN R/L-15-3 W30L
PCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PDSN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PDSN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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PDUN / PSKN

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PDUN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S20S-PDUN R/L-11 DN□□1104□□ 25 20 18 250
EH-S25R-PDUN R/L-11 DN□□1104□□ 32 25 23 200
EH-S32S-PDUN R/L-11 DN□□1104□□ 40 32 30 250
EH-S32S-PDUN R/L-15 DN□□1506□□ 40 32 30 250
EH-S40T-PDUN R/L-15 DN□□1506□□ 50 40 37 300
EH-S50U-PDUN R/L-15 DN□□1506□□ 63 50 47 350
EH-S32S-PDUN R/L-15-3 DN□□1504□□ 40 32 30 250
EH-S40T-PDUN R/L-15-3 DN□□1504□□ 50 40 37 300
EH-A32S-PDUN R/L-15 DN□□1506□□ 40 32 31 250
EH-A32S-PDUN R/L-15-3 DN□□1504□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S20S-PDUN R/L-11 DN□□1104□□ 13 30
EH-S25R-PDUN R/L-11 DN□□1104□□ 17 35
EH-S32S-PDUN R/L-11 DN□□1104□□ 22 40
EH-S32S-PDUN R/L-15 DN□□1506□□ 22 50
EH-S40T-PDUN R/L-15 DN□□1506□□ 27 50
EH-S50U-PDUN R/L-15 DN□□1506□□ 35 63
EH-S32S-PDUN R/L-15-3 DN□□1504□□ 22 50
EH-S40T-PDUN R/L-15-3 DN□□1504□□ 27 50
EH-A32S-PDUN R/L-15 DN□□1506□□ 22 50
EH-A32S-PDUN R/L-15-3 DN□□1504□□ 22 50
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S20S-PDUN R/L-11 LV3D LVSCR0512B - - -
EH-S25R-PDUN R/L-11 LV3D LVSCR0512B - - -
EH-S32S-PDUN R/L-11 LV3 LVSCR0617 LVSD317 LVSP3 LVSP3
EH-S32S-PDUN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S40T-PDUN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S50U-PDUN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S32S-PDUN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4
EH-S40T-PDUN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4
EH-A32S-PDUN R/L-15 LV4B LVSCR0821 LVSD42 LVSP4 LVSP4
EH-A32S-PDUN R/L-15-3 LV4 LVSCR0821 LVSD42 LVSP4 LVSP4

Dimension/data block 2.

Item Wrench
EH-S20S-PDUN R/L-11 W20L
EH-S25R-PDUN R/L-11 W20L
EH-S32S-PDUN R/L-11 W25L
EH-S32S-PDUN R/L-15 W30L
EH-S40T-PDUN R/L-15 W30L
EH-S50U-PDUN R/L-15 W30L
EH-S32S-PDUN R/L-15-3 W30L
EH-S40T-PDUN R/L-15-3 W30L
EH-A32S-PDUN R/L-15 W30L
EH-A32S-PDUN R/L-15-3 W30L

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PSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S25R-PSKN R/L-12 SN□□1204□□ 32 25 23 200
EH-S32S-PSKN R/L-12 SN□□1204□□ 40 32 30 250
EH-S40T-PSKN R/L-12 SN□□1204□□ 50 40 37 300
EH-A25R-PSKN R/L-12 SN□□1204□□ 32 25 23 200
EH-A32S-PSKN R/L-12 SN□□1204□□ 40 32 30 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S25R-PSKN R/L-12 SN□□1204□□ 17 42
EH-S32S-PSKN R/L-12 SN□□1204□□ 22 45
EH-S40T-PSKN R/L-12 SN□□1204□□ 27 50
EH-A25R-PSKN R/L-12 SN□□1204□□ 17 42
EH-A32S-PSKN R/L-12 SN□□1204□□ 22 50
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S25R-PSKN R/L-12 LV4A LVSCR0613A - - -
EH-S32S-PSKN R/L-12 LV4 LVSCR0821 LVSS42B LVSP4 LVSP4
EH-S40T-PSKN R/L-12 LV4 LVSCR0821 LVSS42B LVSP4 LVSP4
EH-A25R-PSKN R/L-12 LV4A LVSCR0613A - LVSP4 -
EH-A32S-PSKN R/L-12 LV4 LVSCR0821 LVSS42B LVSP4 LVSP4

Dimension/data block 2.

Item Wrench
EH-S25R-PSKN R/L-12 W25L
EH-S32S-PSKN R/L-12 W30L
EH-S40T-PSKN R/L-12 W30L
EH-A25R-PSKN R/L-12 W25L
EH-A32S-PSKN R/L-12 W30L
PDUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PDUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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PTFN / PWLN

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PTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S16R-PTFN R/L-11 TN□□1103□□ 20 16 15 200
EH-S20S-PTFN R/L-11 TN□□1103□□ 25 20 18 250
EH-S25R-PTFN R/L-11 TN□□1103□□ 32 25 23 200
EH-S25R-PTFN R/L-16 TN□□1604□□ 32 25 23 200
EH-S32S-PTFN R/L-16 TN□□1604□□ 44 32 30 250
EH-S40T-PTFN R/L-16 TN□□1604□□ 54 40 37 300
EH-A25R-PTFN R/L-16 TN□□1604□□ 32 25 24 200
EH-A32S-PTFN R/L-16 TN□□1604□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S16R-PTFN R/L-11 TN□□1103□□ 11 28
EH-S20S-PTFN R/L-11 TN□□1103□□ 13 33
EH-S25R-PTFN R/L-11 TN□□1103□□ 17 36
EH-S25R-PTFN R/L-16 TN□□1604□□ 17 42
EH-S32S-PTFN R/L-16 TN□□1604□□ 22 50
EH-S40T-PTFN R/L-16 TN□□1604□□ 27 55
EH-A25R-PTFN R/L-16 TN□□1604□□ 17 40
EH-A32S-PTFN R/L-16 TN□□1604□□ 22 50
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S16R-PTFN R/L-11 LV2 LVSCR0509B - - -
EH-S20S-PTFN R/L-11 LV2 LVSCR0509B - - -
EH-S25R-PTFN R/L-11 LV2 LVSCR0509B - - -
EH-S25R-PTFN R/L-16 LV3B LVSCR0512B - - -
EH-S32S-PTFN R/L-16 LV3 LVSCR0617 LVST317B LVSP3 LVSP3
EH-S40T-PTFN R/L-16 LV3 LVSCR0617 LVST317B LVSP3 LVSP3
EH-A25R-PTFN R/L-16 LV3 LVSCR0617 LVST317B LVSP3 LVSP3
EH-A32S-PTFN R/L-16 LV3 LVSCR0617 LVST317B LVSP3 LVSP3

Dimension/data block 2.

Item Wrench
EH-S16R-PTFN R/L-11 W25L
EH-S20S-PTFN R/L-11 W25L
EH-S25R-PTFN R/L-11 W25L
EH-S25R-PTFN R/L-16 W20L
EH-S32S-PTFN R/L-16 W25L
EH-S40T-PTFN R/L-16 W25L
EH-A25R-PTFN R/L-16 W25L
EH-A32S-PTFN R/L-16 W25L

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PWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S20S-PWLN R/L-06 WN□□0604□□ 25 20 18 250
EH-S25R-PWLN R/L-06 WN□□0604□□ 32 25 23 200
EH-S32S-PWLN R/L-06 WN□□0604□□ 44 32 30 250
EH-S25R-PWLN R/L-08 WN□□0804□□ 32 25 23 200
EH-S32S-PWLN R/L-08 WN□□0804□□ 44 32 30 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S20S-PWLN R/L-06 WN□□0604□□ 13 40
EH-S25R-PWLN R/L-06 WN□□0604□□ 17 40
EH-S32S-PWLN R/L-06 WN□□0604□□ 22 45
EH-S25R-PWLN R/L-08 WN□□0804□□ 17 45
EH-S32S-PWLN R/L-08 WN□□0804□□ 22 50
Spare parts

Dimension/data block 1.

Item Lever Screw Shim Shim pin Shim-pin punch
EH-S20S-PWLN R/L-06 LV3B LVSCR0512B - - -
EH-S25R-PWLN R/L-06 LV3B LVSCR0512B - - -
EH-S32S-PWLN R/L-06 LV3B LVSCR0613B LVSW317 LVSP3 LVSP3
EH-S25R-PWLN R/L-08 LV4A LVSCR0613A - - -
EH-S32S-PWLN R/L-08 LV4 LVSCR0821 LVSW42 LVSP4 LVSP3

Dimension/data block 2.

Item Wrench
EH-S20S-PWLN R/L-06 W20L
EH-S25R-PWLN R/L-06 W20L
EH-S32S-PWLN R/L-06 W25L
EH-S25R-PWLN R/L-08 W25L
EH-S32S-PWLN R/L-08 W30L
PTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
PWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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MTFN / MVUN / MWLN

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MTFN: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S25R-MTFN R/L-16 TN□□1604□□ 32 25 23 200
EH-S32S-MTFN R/L-16 TN□□1604□□ 40 32 30 250
EH-S40T-MTFN R/L-16 TN□□1604□□ 50 40 37 300
EH-A25R-MTFN R/L-16 TN□□1604□□ 32 25 23 200
EH-A32S-MTFN R/L-16 TN□□1604□□ 40 32 30 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S25R-MTFN R/L-16 TN□□1604□□ 17 36
EH-S32S-MTFN R/L-16 TN□□1604□□ 22 50
EH-S40T-MTFN R/L-16 TN□□1604□□ 27 60
EH-A25R-MTFN R/L-16 TN□□1604□□ 17 40
EH-A32S-MTFN R/L-16 TN□□1604□□ 22 50
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S25R-MTFN R/L-16 MCL7N1 MCSCR10-32-19 - MSP3D3 W23.8L / W19.8L
EH-S32S-MTFN R/L-16 MCL7N1 MCSCR10-32-19 MST32D MSP3D W23.8L / W19.8L
EH-S40T-MTFN R/L-16 MCL7N1 MCSCR10-32-19 MST32D MSP3D W23.8L / W19.8L
EH-A25R-MTFN R/L-16 MCL7N1 MCSCR10-32-19 - MSP3D3 W23.8L / W19.8L
EH-A32S-MTFN R/L-16 MCL7N1 MCSCR10-32-19 MST32D MSP3D W23.8L / W19.8L

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MVUN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S32S-MVUN R/L-16 VN□□1604□□ 40 32 30 250
EH-S40T-MVUN R/L-16 VN□□1604□□ 50 40 37 300
EH-A32S-MVUN R/L-16 VN□□1604□□ 40 32 30 250
EH-A40T-MVUN R/L-16 VN□□1604□□ 50 40 37 300

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S32S-MVUN R/L-16 VN□□1604□□ 22 50
EH-S40T-MVUN R/L-16 VN□□1604□□ 27 60
EH-A32S-MVUN R/L-16 VN□□1604□□ 22 50
EH-A40T-MVUN R/L-16 VN□□1604□□ 27 60
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S32S-MVUN R/L-16 MCL8N2 MCSCR5/16-28 MSV32 MSP3D W39.7L / W19.8L
EH-S40T-MVUN R/L-16 MCL8N2 MCSCR5/16-28 MSV32 MSP3D W39.7L / W19.8L
EH-A32S-MVUN R/L-16 MCL8N2 MCSCR5/16-28 MSV32 MSP3D W39.7L / W19.8L
EH-A40T-MVUN R/L-16 MCL8N2 MCSCR5/16-28 MSV32 MSP3D W39.7L / W19.8L

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MWLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S25R-MWLN R/L-06 WN□□0604□□ 32 25 23 200
EH-S32S-MWLN R/L-06 WN□□0604□□ 40 32 30 250
EH-S40T-MWLN R/L-06 WN□□0604□□ 50 40 37 300
EH-S25R-MWLN R/L-08 WN□□0804□□ 32 25 23 200
EH-S32S-MWLN R/L-08 WN□□0804□□ 40 32 30 250
EH-S40T-MWLN R/L-08 WN□□0804□□ 50 40 37 300

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S25R-MWLN R/L-06 WN□□0604□□ 17 36
EH-S32S-MWLN R/L-06 WN□□0604□□ 22 50
EH-S40T-MWLN R/L-06 WN□□0604□□ 27 60
EH-S25R-MWLN R/L-08 WN□□0804□□ 17 36
EH-S32S-MWLN R/L-08 WN□□0804□□ 22 50
EH-S40T-MWLN R/L-08 WN□□0804□□ 27 60
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S25R-MWLN R/L-06 MCL7N MCSCR10/32-19 - MSP3D3 W23.8L / W19.8L
EH-S32S-MWLN R/L-06 MCL7N MCSCR10/32-19 MSW32 MSP3D W23.8L / W19.8L
EH-S40T-MWLN R/L-06 MCL7N MCSCR10/32-19 MSW32 MSP3D W23.8L / W19.8L
EH-S25R-MWLN R/L-08 MCL6N MCSCR1/4-21 - MSP4DS W31.8L / W23.8L
EH-S32S-MWLN R/L-08 MCL6N MCSCR1/4-21 MSW43 MSP4D W31.8L / W23.8L
EH-S40T-MWLN R/L-08 MCL6N MCSCR1/4-21 MSW43 MSP4D W31.8L / W23.8L
MTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MTFN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MVUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MWLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SCLC / SCLP

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SCLC: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S08K SCLC R/L 06 CC□□0602□□ 10 8 7 125
EH-S10K SCLC R/L 06 CC□□0602□□ 12 10 9 125
EH-S10M SCLC R/L 06 CC□□0602□□ 12 10 9 150
EH-S12M SCLC R/L 06 CC□□0602□□ 16 12 11 150
EH-S16R SCLC R/L 06 CC□□0602□□ 20 16 15 200
EH-S12M SCLC R/L 09 CC□□09T3□□ 16 12 11 150
EH-S16R SCLC R/L 09 CC□□09T3□□ 20 16 15 200
EH-S20S SCLC R/L 09 CC□□09T3□□ 25 20 18 250
EH-S25R SCLC R/L 09 CC□□09T3□□ 32 25 23 200
EH-S25R SCLC R/L 12 CC□□1204□□ 32 25 23 200
EH-S32S SCLC R/L 12 CC□□1204□□ 40 32 30 250
EH-S40T SCLC R/L 12 CC□□1204□□ 50 40 37 300
EH-A08F SCLC R/L 06 CC□□0602□□ 10 8 7.5 80
EH-A10H SCLC R/L 06 CC□□0602□□ 12 10 9.5 100
EH-A12K SCLC R/L 06 CC□□0602□□ 16 12 11 125
EH-A12K SCLC R/L 09 CC□□09T3□□ 16 12 11 125
EH-A16M SCLC R/L 09 CC□□09T3□□ 20 16 15 150
EH-A20Q SCLC R/L 09 CC□□09T3□□ 25 20 19 180
EH-A25R SCLC R/L 09 CC□□09T3□□ 32 25 24 200
EH-A25R SCLC R/L 12 CC□□1204□□ 32 25 24 200
EH-A32S SCLC R/L 12 CC□□1204□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S08K SCLC R/L 06 CC□□0602□□ 5 14
EH-S10K SCLC R/L 06 CC□□0602□□ 6 14
EH-S10M SCLC R/L 06 CC□□0602□□ 6 14
EH-S12M SCLC R/L 06 CC□□0602□□ 9 25
EH-S16R SCLC R/L 06 CC□□0602□□ 11 32
EH-S12M SCLC R/L 09 CC□□09T3□□ 9 25
EH-S16R SCLC R/L 09 CC□□09T3□□ 11 32.5
EH-S20S SCLC R/L 09 CC□□09T3□□ 13 38
EH-S25R SCLC R/L 09 CC□□09T3□□ 17 45
EH-S25R SCLC R/L 12 CC□□1204□□ 17 45
EH-S32S SCLC R/L 12 CC□□1204□□ 22 50
EH-S40T SCLC R/L 12 CC□□1204□□ 27 60
EH-A08F SCLC R/L 06 CC□□0602□□ 5 14
EH-A10H SCLC R/L 06 CC□□0602□□ 6 14
EH-A12K SCLC R/L 06 CC□□0602□□ 9 25
EH-A12K SCLC R/L 09 CC□□09T3□□ 9 25
EH-A16M SCLC R/L 09 CC□□09T3□□ 11 32.5
EH-A20Q SCLC R/L 09 CC□□09T3□□ 13 -
EH-A25R SCLC R/L 09 CC□□09T3□□ 17 45
EH-A25R SCLC R/L 12 CC□□1204□□ 17 45
EH-A32S SCLC R/L 12 CC□□1204□□ 32 50
Spare parts
Item Screw Shim Shim screw Wrench
EH-S08K SCLC R/L 06 SCR02555 - - TW07P
EH-S10K SCLC R/L 06 SCR02565 - - TW07P
EH-S10M SCLC R/L 06 SCR02565 - - TW07P
EH-S12M SCLC R/L 06 SCR02565 - - TW07P
EH-S16R SCLC R/L 06 SCR02565 - - TW07P
EH-S12M SCLC R/L 09 SCR03058 - - TW15P
EH-S16R SCLC R/L 09 SCR03058 - - TW15P
EH-S20S SCLC R/L 09 SCR03058 - - TW15P
EH-S25R SCLC R/L 09 SCR03510 - - TW15P
EH-S25R SCLC R/L 12 SCR0411F - - TW15P
EH-S32S SCLC R/L 12 SCR0411F SSC42 SSCR0610 W40L / TW15P
EH-S40T SCLC R/L 12 SCR0411F SSC42 SSCR0610 W40L / TW15P
EH-A08F SCLC R/L 06 SCR02555 - - TW07P
EH-A10H SCLC R/L 06 SCR02565 - - TW07P
EH-A12K SCLC R/L 06 SCR02565 - - TW07P
EH-A12K SCLC R/L 09 SCR03058 - - TW15P
EH-A16M SCLC R/L 09 SCR03058 - - TW15P
EH-A20Q SCLC R/L 09 SCR03058 - - TW15P
EH-A25R SCLC R/L 09 SCR03510 - - TW15P
EH-A25R SCLC R/L 12 SCR0411F - - TW15P
EH-A32S SCLC R/L 12 SCR0411F SSC42 SSCR0610 W40L / TW15P

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SCLP: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M SCLP R/L 08 CP□□0802□□ 12 10 9 150
EH-S12M SCLP R/L 08 CP□□0802□□ 16 12 11 150
EH-S16N SCLP R/L 09 CP□□0903□□ 20 16 15 160
EH-S16R SCLP R/L 09 CP□□0903□□ 20 16 15 200
EH-S20N SCLP R/L 09 CP□□0903□□ 25 20 18 160
EH-S20S SCLP R/L 09 CP□□0903□□ 25 20 15 250
EH-A10H SCLP R/L 08 CP□□0802□□ 12 10 9.5 100
EH-A12K SCLP R/L 08 CP□□0802□□ 16 12 11 125
EH-A16M SCLP R/L 09 CP□□0903□□ 20 16 15 150
EH-A20Q SCLP R/L 09 CP□□0903□□ 25 20 19 180

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S10M SCLP R/L 08 CP□□0802□□ 6 -
EH-S12M SCLP R/L 08 CP□□0802□□ 8 15
EH-S16N SCLP R/L 09 CP□□0903□□ 10 15
EH-S16R SCLP R/L 09 CP□□0903□□ 11 35
EH-S20N SCLP R/L 09 CP□□0903□□ 12.5 20
EH-S20S SCLP R/L 09 CP□□0903□□ 12.5 20
EH-A10H SCLP R/L 08 CP□□0802□□ 9 -
EH-A12K SCLP R/L 08 CP□□0802□□ 8 20
EH-A16M SCLP R/L 09 CP□□0903□□ 10 25
EH-A20Q SCLP R/L 09 CP□□0903□□ 12.5 28
Spare parts
Item Screw Wrench
EH-S10M SCLP R/L 08 SCR0305 TW09P
EH-S12M SCLP R/L 08 SCR0307 TW09P
EH-S16N SCLP R/L 09 SCR0408 TW15P
EH-S16R SCLP R/L 09 SCR0408 TW15P
EH-S20N SCLP R/L 09 SCR0408 TW15P
EH-S20S SCLP R/L 09 SCR0408 TW15P
EH-A10H SCLP R/L 08 SCR0305 TW09P
EH-A12K SCLP R/L 08 SCR0307 TW09P
EH-A16M SCLP R/L 09 SCR0408 TW15P
EH-A20Q SCLP R/L 09 SCR0408 TW15P
SCLC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SCLC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SCLP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SCLP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SDQC / SDUC

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SDQC: holder and dimensions

Dimensions in mm. Tool approach: 107.5°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M-SDQCR R/L-07 DC□□0702□□ 13 10 9 150
EH-S12M-SDQCR R/L-07 DC□□0702□□ 16 12 11 150
EH-S16R-SDQCR R/L-07 DC□□0702□□ 20 16 15 200
EH-S16R-SDQCR R/L-11 DC□□11T3□□ 20 16 15 200
EH-S20S-SDQCR R/L-11 DC□□11T3□□ 25 20 18 250
EH-S25R-SDQCR R/L-11 DC□□11T3□□ 32 25 23 200
EH-A10H-SDQCR R/L-07 DC□□0702□□ 13 10 9.5 100
EH-A12K-SDQCR R/L-07 DC□□0702□□ 16 12 11 125
EH-A16M-SDQCR R/L-11 DC□□11T3□□ 20 16 15 150
EH-A20Q-SDQCR R/L-11 DC□□11T3□□ 25 20 19 180
EH-A25R-SDQCR R/L-11 DC□□11T3□□ 32 25 24 200

Dimension/data block 2.

Item Insert assignment S ℓ f
EH-S10M-SDQCR R/L-07 DC□□0702□□ 7 20 2.5
EH-S12M-SDQCR R/L-07 DC□□0702□□ 9 22 3.5
EH-S16R-SDQCR R/L-07 DC□□0702□□ 11 27 4
EH-S16R-SDQCR R/L-11 DC□□11T3□□ 11 32 4
EH-S20S-SDQCR R/L-11 DC□□11T3□□ 13 32 4.5
EH-S25R-SDQCR R/L-11 DC□□11T3□□ 17 32 7
EH-A10H-SDQCR R/L-07 DC□□0702□□ 7 20 2
EH-A12K-SDQCR R/L-07 DC□□0702□□ 9 22 3
EH-A16M-SDQCR R/L-11 DC□□11T3□□ 11 27 3
EH-A20Q-SDQCR R/L-11 DC□□11T3□□ 13 32 3
EH-A25R-SDQCR R/L-11 DC□□11T3□□ 17 32 4
Spare parts
Item Screw Wrench
EH-S10M-SDQCR R/L-07 SCR02555 TW07P
EH-S12M-SDQCR R/L-07 SCR02565 TW07P
EH-S16R-SDQCR R/L-07 SCR02565 TW07P
EH-S16R-SDQCR R/L-11 SCR03058 TW15P
EH-S20S-SDQCR R/L-11 SCR03058 TW15P
EH-S25R-SDQCR R/L-11 SCR03510 TW15P
EH-A10H-SDQCR R/L-07 SCR02555 TW07P
EH-A12K-SDQCR R/L-07 SCR02565 TW07P
EH-A16M-SDQCR R/L-11 SCR03058 TW15P
EH-A20Q-SDQCR R/L-11 SCR03058 TW15P
EH-A25R-SDQCR R/L-11 SCR03510 TW15P

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SDUC: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M-SDUCR R/L-07 DC□□0702□□ 13 10 9 150
EH-S12M-SDUCR R/L-07 DC□□0702□□ 16 12 11 150
EH-S16R-SDUCR R/L-07 DC□□0702□□ 20 16 15 200
EH-S16R-SDUCR R/L-11 DC□□11T3□□ 20 16 15 200
EH-S20S-SDUCR R/L-11 DC□□11T3□□ 25 20 18 250
EH-S25R-SDUCR R/L-11 DC□□11T3□□ 32 25 23 200
EH-S32S-SDUCR R/L-11 DC□□11T3□□ 40 32 30 250
EH-A10H-SDUCR R/L-07 DC□□0702□□ 13 10 9.5 100
EH-A12K-SDUCR R/L-07 DC□□0702□□ 16 12 11 125
EH-A16M-SDUCR R/L-07 DC□□11T3□□ 20 16 15 150
EH-A20Q-SDUCR R/L-11 DC□□11T3□□ 25 20 19 180
EH-A25R-SDUCR R/L-11 DC□□11T3□□ 32 25 24 200

Dimension/data block 2.

Item Insert assignment S ℓ f
EH-S10M-SDUCR R/L-07 DC□□0702□□ 7 0 2.5
EH-S12M-SDUCR R/L-07 DC□□0702□□ 9 22 3.5
EH-S16R-SDUCR R/L-07 DC□□0702□□ 11 27 4
EH-S16R-SDUCR R/L-11 DC□□11T3□□ 11 27 4
EH-S20S-SDUCR R/L-11 DC□□11T3□□ 13 35 4.3
EH-S25R-SDUCR R/L-11 DC□□11T3□□ 17 46 6.8
EH-S32S-SDUCR R/L-11 DC□□11T3□□ 22 50 8.4
EH-A10H-SDUCR R/L-07 DC□□0702□□ 7 0 2
EH-A12K-SDUCR R/L-07 DC□□0702□□ 9 22 3
EH-A16M-SDUCR R/L-07 DC□□11T3□□ 11 27 3
EH-A20Q-SDUCR R/L-11 DC□□11T3□□ 13 35 3
EH-A25R-SDUCR R/L-11 DC□□11T3□□ 17 46 4.5
Spare parts
Item Screw Wrench
EH-S10M-SDUCR R/L-07 SCR02555 TW07P
EH-S12M-SDUCR R/L-07 SCR02565 TW07P
EH-S16R-SDUCR R/L-07 SCR02565 TW07P
EH-S16R-SDUCR R/L-11 SCR03058 TW15P
EH-S20S-SDUCR R/L-11 SCR03058 TW15P
EH-S25R-SDUCR R/L-11 SCR03510 TW15P
EH-S32S-SDUCR R/L-11 SCR03510 TW15P
EH-A10H-SDUCR R/L-07 SCR02555 TW07P
EH-A12K-SDUCR R/L-07 SCR02565 TW07P
EH-A16M-SDUCR R/L-07 SCR02565 TW07P
EH-A20Q-SDUCR R/L-11 SCR03058 TW15P
EH-A25R-SDUCR R/L-11 SCR03510 TW15P
SDQC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SDQC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SDUC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SDUC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SDZC / SSKC

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SDZC: holder and dimensions

Dimensions in mm. Tool approach: 3°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S16R SDZC R/L 07 DC□□0702□□ 20 16 15 200
EH-S20S SDZC R/L 07 DC□□0702□□ 25 20 18 250
EH-S25R SDZC R/L 11 DC□□11T3□□ 32 25 23 200
EH-S32S SDZC R/L 11 DC□□11T3□□ 40 32 30 250
EH-S40T SDZC R/L 11 DC□□11T3□□ 50 40 37 300
EH-A25R SDZC R/L 11 DC□□11T3□□ 32 25 24 200
EH-A32S SDZC R/L 11 DC□□11T3□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ f
EH-S16R SDZC R/L 07 DC□□0702□□ 11 29 4
EH-S20S SDZC R/L 07 DC□□0702□□ 13 36.5 4.5
EH-S25R SDZC R/L 11 DC□□11T3□□ 17 30 6.9
EH-S32S SDZC R/L 11 DC□□11T3□□ 22 39 8.4
EH-S40T SDZC R/L 11 DC□□11T3□□ 27 47 9.4
EH-A25R SDZC R/L 11 DC□□11T3□□ 17 30 4.5
EH-A32S SDZC R/L 11 DC□□11T3□□ 22 39 6
Spare parts
Item Screw Shim Shim screw Wrench
EH-S16R SDZC R/L 07 SCR02565 - - TW07P
EH-S20S SDZC R/L 07 SCR02565 - - TW07P
EH-S25R SDZC R/L 11 SCR03510 - - TW15P
EH-S32S SDZC R/L 11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-S40T SDZC R/L 11 SCR03512 SSD32 SSCR0509 TW15P / W35L
EH-A25R SDZC R/L 11 SCR03510 - - TW15P
EH-A32S SDZC R/L 11 SCR03512 SSD32 SSCR0509 TW15P / W35L

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SSKC: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S12M SSKC R/L 09 SC□□09T3□□ 16 20 11 150
EH-S16R SSKC R/L 09 SC□□09T3□□ 20 16 15 200
EH-S20S SSKC R/L 09 SC□□09T3□□ 25 20 18 250
EH-S25R SSKC R/L 12 SC□□1204□□ 32 25 23 200
EH-S32S SSKC R/L 12 SC□□1204□□ 40 32 30 250
EH-A12K SSKC R/L 09 SC□□09T3□□ 16 12 11 125
EH-A16M SSKC R/L 09 SC□□09T3□□ 20 16 15 150
EH-A20Q SSKC R/L 09 SC□□09T3□□ 25 20 19 180
EH-A25R SSKC R/L 12 SC□□1204□□ 32 25 24 200
EH-A32S SSKC R/L 12 SC□□1204□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S12M SSKC R/L 09 SC□□09T3□□ 9 26
EH-S16R SSKC R/L 09 SC□□09T3□□ 11 40
EH-S20S SSKC R/L 09 SC□□09T3□□ 13 46
EH-S25R SSKC R/L 12 SC□□1204□□ 17 36
EH-S32S SSKC R/L 12 SC□□1204□□ 22 43
EH-A12K SSKC R/L 09 SC□□09T3□□ 9 26
EH-A16M SSKC R/L 09 SC□□09T3□□ 11 32
EH-A20Q SSKC R/L 09 SC□□09T3□□ 13 34
EH-A25R SSKC R/L 12 SC□□1204□□ 17 36
EH-A32S SSKC R/L 12 SC□□1204□□ 22 43
Spare parts
Item Screw Shim Shim screw Wrench
EH-S12M SSKC R/L 09 SCR03057 - - TW15P
EH-S16R SSKC R/L 09 SCR03058 - - TW15P
EH-S20S SSKC R/L 09 SCR03058 - - TW15P
EH-S25R SSKC R/L 12 SCR0411F - - TW15P
EH-S32S SSKC R/L 12 SCR0411F SSC42 SSCR0610 TW15P / W40L
EH-A12K SSKC R/L 09 SCR03057 - - TW15P
EH-A16M SSKC R/L 09 SCR03058 - - TW15P
EH-A20Q SSKC R/L 09 SCR03058 - - TW15P
EH-A25R SSKC R/L 12 SCR0411F - - TW15P
EH-A32S SSKC R/L 12 SCR0411F SSC42 SSCR0610 TW15P / W40L
SDZC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SDZC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SSKC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SSKC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SSKP / STFC

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SSKP: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S12M SSKP R/L 09 SP□□0903□□ 16 12 11 150
EH-S16N SSKP R/L 09 SP□□0903□□ 20 16 15 160
EH-S16R SSKP R/L 09 SP□□0903□□ 20 16 15 200
EH-S20N SSKP R/L 09 SP□□0903□□ 25 20 18 160
EH-S20S SSKP R/L 09 SP□□0903□□ 25 20 18 250
EH-A12K SSKP R/L 09 SP□□0903□□ 16 12 11 125
EH-A16M SSKP R/L 09 SP□□0903□□ 20 16 15 150
EH-A20Q SSKP R/L 09 SP□□0903□□ 25 20 19 180

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S12M SSKP R/L 09 SP□□0903□□ 8 18
EH-S16N SSKP R/L 09 SP□□0903□□ 10 30
EH-S16R SSKP R/L 09 SP□□0903□□ 10 32
EH-S20N SSKP R/L 09 SP□□0903□□ 12.5 32
EH-S20S SSKP R/L 09 SP□□0903□□ 12.5 35
EH-A12K SSKP R/L 09 SP□□0903□□ 8 21
EH-A16M SSKP R/L 09 SP□□0903□□ 10 30
EH-A20Q SSKP R/L 09 SP□□0903□□ 12.5 32
Spare parts
Item Screw Wrench
EH-S12M SSKP R/L 09 SCR0307 TW09P
EH-S16N SSKP R/L 09 SCR0307 TW09P
EH-S16R SSKP R/L 09 SCR0307 TW09P
EH-S20N SSKP R/L 09 SCR0307 TW09P
EH-S20S SSKP R/L 09 SCR0307 TW09P
EH-A12K SSKP R/L 09 SCR03058 TW09P
EH-A16M SSKP R/L 09 SCR0307 TW09P
EH-A20Q SSKP R/L 09 SCR0307 TW09P

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STFC: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M STFC R/L 09 TC□□0902□□ 13 10 9 150
EH-S12M STFC R/L 09 TC□□0902□□ 16 12 11 150
EH-S12M STFC R/L 11 TC□□1102□□ 16 12 11 150
EH-S16R STFC R/L 11 TC□□1102□□ 20 16 15 200
EH-S20S STFC R/L 11 TC□□1102□□ 25 20 18 250
EH-S20S STFC R/L 16 TC□□16T3□□ 25 20 18 250
EH-S25R STFC R/L 16 TC□□16T3□□ 32 25 23 200
EH-S32S STFC R/L 16 TC□□16T3□□ 40 32 30 250
EH-S40T STFC R/L 16 TC□□16T3□□ 50 40 37 300
EH-A10M STFC R/L 09 TC□□0902□□ 13 10 9.5 100
EH-A12K STFC R/L 09 TC□□0902□□ 16 12 11 125
EH-A12K STFC R/L 11 TC□□1102□□ 16 12 11 125
EH-A16M STFC R/L 11 TC□□1102□□ 20 16 15 150
EH-A20Q STFC R/L 11 TC□□1102□□ 25 20 19 180
EH-A25R STFC R/L 16 TC□□16T3□□ 32 25 24 200
EH-A32S STFC R/L 16 TC□□16T3□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S10M STFC R/L 09 TC□□0902□□ 7 23
EH-S12M STFC R/L 09 TC□□0902□□ 9 28
EH-S12M STFC R/L 11 TC□□1102□□ 9 30
EH-S16R STFC R/L 11 TC□□1102□□ 11 35
EH-S20S STFC R/L 11 TC□□1102□□ 13 36
EH-S20S STFC R/L 16 TC□□16T3□□ 13 36
EH-S25R STFC R/L 16 TC□□16T3□□ 17 49
EH-S32S STFC R/L 16 TC□□16T3□□ 22 50
EH-S40T STFC R/L 16 TC□□16T3□□ 27 60
EH-A10M STFC R/L 09 TC□□0902□□ 7 23
EH-A12K STFC R/L 09 TC□□0902□□ 9 23
EH-A12K STFC R/L 11 TC□□1102□□ 9 30
EH-A16M STFC R/L 11 TC□□1102□□ 11 30
EH-A20Q STFC R/L 11 TC□□1102□□ 13 36
EH-A25R STFC R/L 16 TC□□16T3□□ 17 49
EH-A32S STFC R/L 16 TC□□16T3□□ 22 50
Spare parts
Item Screw Shim Shim screw Wrench
EH-S10M STFC R/L 09 SCR02206 - - TW06P
EH-S12M STFC R/L 09 SCR02206 - - TW06P
EH-S12M STFC R/L 11 SCR02565 - - TW07P
EH-S16R STFC R/L 11 SCR02565 - - TW07P
EH-S20S STFC R/L 11 SCR02565 - - TW07P
EH-S20S STFC R/L 16 SCR03510 - - TW15P
EH-S25R STFC R/L 16 SCR03510 - - TW15P
EH-S32S STFC R/L 16 SCR03512 SST32 SSCR0509 TW15P / W35L
EH-S40T STFC R/L 16 SCR03512 SST32 SSCR0509 TW15P / W35L
EH-A10M STFC R/L 09 SCR02206 - - TW06P
EH-A12K STFC R/L 09 SCR02206 - - TW06P
EH-A12K STFC R/L 11 SCR02565 - - TW07P
EH-A16M STFC R/L 11 SCR02565 - - TW07P
EH-A20Q STFC R/L 11 SCR02565 - - TW07P
EH-A25R STFC R/L 16 SCR03510 - - TW15P
EH-A32S STFC R/L 16 SCR03512 SSCR0509 SST32 TW15P / W35L
SSKP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SSKP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
STFC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
STFC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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STFP / STWP / SVJC

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STFP: holder and dimensions

Dimensions in mm. Tool approach: 90°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M STFP R/L 11 TP□□1103□□ 12 10 9 150
EH-S12M STFP R/L 11 TP□□1103□□ 16 12 11 150
EH-S16N STFP R/L 11 TP□□1103□□ 20 16 15 160
EH-S16R STFP R/L 11 TP□□1103□□ 20 16 15 200
EH-S20N STFP R/L 16 TP□□1604□□ 25 20 18 160
EH-S20S STFP R/L 16 TP□□1604□□ 25 20 18 250
EH-A10H STFP R/L 11 TP□□1103□□ 12 10 9.5 100
EH-A12K STFP R/L 11 TP□□1103□□ 16 12 11 125
EH-A16M STFP R/L 11 TP□□1103□□ 20 16 15 150
EH-A20Q STFP R/L 16 TP□□1604□□ 25 20 19 180

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S10M STFP R/L 11 TP□□1103□□ 6 -
EH-S12M STFP R/L 11 TP□□1103□□ 8 10
EH-S16N STFP R/L 11 TP□□1103□□ 10 12
EH-S16R STFP R/L 11 TP□□1103□□ 10 12
EH-S20N STFP R/L 16 TP□□1604□□ 12.5 32
EH-S20S STFP R/L 16 TP□□1604□□ 12.5 14
EH-A10H STFP R/L 11 TP□□1103□□ 6 -
EH-A12K STFP R/L 11 TP□□1103□□ 8 10
EH-A16M STFP R/L 11 TP□□1103□□ 10 23
EH-A20Q STFP R/L 16 TP□□1604□□ 12.5 41
Spare parts
Item Screw Wrench
EH-S10M STFP R/L 11 SCR030508 TW09P
EH-S12M STFP R/L 11 SCR0307 TW09P
EH-S16N STFP R/L 11 SCR0307 TW09P
EH-S16R STFP R/L 11 SCR0307 TW09P
EH-S20N STFP R/L 16 SCR0408 TW15P
EH-S20S STFP R/L 16 SCR0408 TW15P
EH-A10H STFP R/L 11 SCR030508 TW09P
EH-A12K STFP R/L 11 SCR0307 TW09P
EH-A16M STFP R/L 11 SCR0307 TW09P
EH-A20Q STFP R/L 16 SCR0408 TW15P

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STWP: holder and dimensions

Dimensions in mm. Tool approach: 60°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S10M STWP R/L 11 TPGH1102□□ 12 10 9 150
EH-S12M STWP R/L 11 TPGH1103□□ 16 12 11 150
EH-S16R STWP R/L 11 TPGH1103□□ 20 16 15 180
EH-S20R STWP R/L 11 TPGH1103□□ 25 20 19 200

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S10M STWP R/L 11 TPGH1102□□ 6 23
EH-S12M STWP R/L 11 TPGH1103□□ 8 30
EH-S16R STWP R/L 11 TPGH1103□□ 10 35
EH-S20R STWP R/L 11 TPGH1103□□ 12.5 40
Spare parts
Item Screw Wrench
EH-S10M STWP R/L 11 SCR030508 TW09P
EH-S12M STWP R/L 11 SCR0306 TW09P
EH-S16R STWP R/L 11 SCR0306 TW09P
EH-S20R STWP R/L 11 SCR0306 TW09P

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SVJC: holder and dimensions

Dimensions in mm. Tool approach: 142°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S12M SVJC R/L 08 VCMT0802□□ 16 12 11 150
EH-S16Q SVJC R/L 08 VCMT0802□□ 20 16 15 180

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S12M SVJC R/L 08 VCMT0802□□ 2 26
EH-S16Q SVJC R/L 08 VCMT0802□□ 2 36
Spare parts
Item Screw Wrench
EH-S12M SVJC R/L 08 SCR0204 TW06P
EH-S16Q SVJC R/L 08 SCR0204 TW06P
STFP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
STFP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
STWP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
STWP: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVJC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVJC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SVQB / SVQC / SVUB

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SVQB: holder and dimensions

Dimensions in mm. Tool approach: 108°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S32S SVQB R/L 16 VB□□1604□□ 40 32 30 250
EH-S40T SVQB R/L 16 VB□□1604□□ 50 40 37 300
EH-A32S SVQB R/L 16 VB□□1604□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S32S SVQB R/L 16 VB□□1604□□ 22 56
EH-S40T SVQB R/L 16 VB□□1604□□ 27 64
EH-A32S SVQB R/L 16 VB□□1604□□ 22 56
Spare parts
Item Screw Shim Shim screw Wrench
EH-S32S SVQB R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-S40T SVQB R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-A32S SVQB R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L

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SVQC: holder and dimensions

Dimensions in mm. Tool approach: 108°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S16R SVQC R/L 11 VC□□1103□□ 20 16 15 200
EH-S20S SVQC R/L 11 VC□□1103□□ 25 20 18 250
EH-S25R SVQC R/L 11 VC□□1103□□ 32 25 23 200
EH-S20S SVQC R/L 13 VC□□1303□□ 25 20 18 250
EH-S25R SVQC R/L 13 VC□□1303□□ 32 25 23 200
EH-S25R SVQC R/L 16 VC□□1604□□ 32 25 23 200
EH-S32S SVQC R/L 16 VC□□1604□□ 40 32 30 250
EH-S40T SVQC R/L 16 VC□□1604□□ 50 40 37 300

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S16R SVQC R/L 11 VC□□1103□□ 11 35
EH-S20S SVQC R/L 11 VC□□1103□□ 13 38
EH-S25R SVQC R/L 11 VC□□1103□□ 17 42
EH-S20S SVQC R/L 13 VC□□1303□□ 13 42
EH-S25R SVQC R/L 13 VC□□1303□□ 17 45
EH-S25R SVQC R/L 16 VC□□1604□□ 17 50
EH-S32S SVQC R/L 16 VC□□1604□□ 22 56
EH-S40T SVQC R/L 16 VC□□1604□□ 27 64
Spare parts
Item Screw Shim Shim screw Wrench
EH-S16R SVQC R/L 11 SCR02565 - - TW07P
EH-S20S SVQC R/L 11 SCR02565 - - TW07P
EH-S25R SVQC R/L 11 SCR02565 - - TW07P
EH-S20S SVQC R/L 13 SCR0307 - - TW07P
EH-S25R SVQC R/L 13 SCR0307 - - TW07P
EH-S25R SVQC R/L 16 SCR03510 - - TW15P
EH-S32S SVQC R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-S40T SVQC R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L

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SVUB: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S32S SVUB R/L 16 VB□□1604□□ 40 32 30 250
EH-S40T SVUB R/L 16 VB□□1604□□ 50 40 37 300
EH-A32S SVUB R/L 16 VB□□1604□□ 40 32 31 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S32S SVUB R/L 16 VB□□1604□□ 22 56
EH-S40T SVUB R/L 16 VB□□1604□□ 27 64
EH-A32S SVUB R/L 16 VB□□1604□□ 22 56
Spare parts
Item Screw Shim Shim screw Wrench
EH-S32S SVUB R/L 16 SCR03510 SSV32 SSCR0509 TW15P / W35L
EH-S40T SVUB R/L 16 SCR03510 SSV32 SSCR0509 TW15P / W35L
EH-A32S SVUB R/L 16 SCR03510 SSV32 SSCR0509 TW15P / W35L
SVQB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVQB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVQC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVQC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVUB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVUB: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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SVUC

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SVUC: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S16R SVUC R/L 11 VC□□1103□□ 22 16 15 200
EH-S20S SVUC R/L 11 VC□□1103□□ 25 20 18 250
EH-S25T SVUC R/L 11 VC□□1103□□ 32 25 23 300
EH-S20S SVUC R/L 13 VC□□1303□□ 28 20 18 250
EH-S25R SVUC R/L 13 VC□□1303□□ 32 25 23 200
EH-S25R SVUC R/L 16 VC□□1604□□ 32 25 23 200
EH-S32S SVUC R/L 16 VC□□1604□□ 40 32 30 250
EH-S40T SVUC R/L 16 VC□□1604□□ 50 40 37 300

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S16R SVUC R/L 11 VC□□1103□□ 13 30
EH-S20S SVUC R/L 11 VC□□1103□□ 14 33
EH-S25T SVUC R/L 11 VC□□1103□□ 17 38
EH-S20S SVUC R/L 13 VC□□1303□□ 16 35
EH-S25R SVUC R/L 13 VC□□1303□□ 17 40
EH-S25R SVUC R/L 16 VC□□1604□□ 19 50
EH-S32S SVUC R/L 16 VC□□1604□□ 22 56
EH-S40T SVUC R/L 16 VC□□1604□□ 27 64
Spare parts
Item Screw Shim Shim screw Wrench
EH-S16R SVUC R/L 11 SCR02565 - - TW07P
EH-S20S SVUC R/L 11 SCR02565 - - TW07P
EH-S25T SVUC R/L 11 SCR02565 - - TW07P
EH-S20S SVUC R/L 13 SCR0307 - - TW09P
EH-S25R SVUC R/L 13 SCR0307 - - TW09P
EH-S25R SVUC R/L 16 SCR03510 - - TW15P
EH-S32S SVUC R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L
EH-S40T SVUC R/L 16 SCR03512 SSV32 SSCR0509 TW15P / W35L
SVUC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
SVUC: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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MCLN / MDUN / MSKN

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MCLN: holder and dimensions

Dimensions in mm. Tool approach: 95°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S20S-MCLN R/L-09 CN□□0903□□ 25 20 18 250
EH-S25R-MCLN R/L-09 CN□□0903□□ 32 25 23 200
EH-S25R-MCLN R/L-12 CN□□1204□□ 32 25 23 200
EH-S32S-MCLN R/L-12 CN□□1204□□ 40 32 30 250
EH-S40T-MCLN R/L-12 CN□□1204□□ 50 40 37 300
EH-A25R-MCLN R/L-12 CN□□1204□□ 32 25 23 200
EH-A32S-MCLN R/L-12 CN□□1204□□ 40 32 30 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S20S-MCLN R/L-09 CN□□0903□□ 13 30
EH-S25R-MCLN R/L-09 CN□□0903□□ 17 36
EH-S25R-MCLN R/L-12 CN□□1204□□ 17 36
EH-S32S-MCLN R/L-12 CN□□1204□□ 22 50
EH-S40T-MCLN R/L-12 CN□□1204□□ 27 60
EH-A25R-MCLN R/L-12 CN□□1204□□ 17 40
EH-A32S-MCLN R/L-12 CN□□1204□□ 22 50
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S20S-MCLN R/L-09 MCL7N MCSCR10-32-19 - MSP3D3 W19.8L / W23.8L
EH-S25R-MCLN R/L-09 MCL7N MCSCR10-32-19 - MSP3D3 W19.8L / W23.8L
EH-S25R-MCLN R/L-12 MCL6N MCSCR1/4-21 - MSP4DS W31.8L / W23.8L
EH-S32S-MCLN R/L-12 MCL6N MCSCR1/4-21 MSC43 MSP4D W31.8L / W23.8L
EH-S40T-MCLN R/L-12 MCL6N MCSCR1/4-21 MSC43 MSP4D W31.8L / W23.8L
EH-A25R-MCLN R/L-12 MCL6N MCSCR1/4-21 - MSP4DS W31.8L / W23.8L
EH-A32S-MCLN R/L-12 MCL6N MCSCR1/4-21 MSC43 MSP4D W31.8L / W23.8L

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MDUN: holder and dimensions

Dimensions in mm. Tool approach: 93°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S32S-MDUN R/L-15-3 DN□□1504□□ 40 32 30 250
EH-S40T-MDUN R/L-15-3 DN□□1504□□ 50 40 37 300
EH-A32S-MDUN R/L-15-3 DN□□1504□□ 40 32 30 250

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S32S-MDUN R/L-15-3 DN□□1504□□ 22 50
EH-S40T-MDUN R/L-15-3 DN□□1504□□ 27 60
EH-A32S-MDUN R/L-15-3 DN□□1504□□ 22 50
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S32S-MDUN R/L-15-3 MCL6N MCSCR1/4-21 MSD43 MSP4D W31.8L / W23.8L
EH-S40T-MDUN R/L-15-3 MCL6N MCSCR1/4-21 MSD43 MSP4D W31.8L / W23.8L
EH-A32S-MDUN R/L-15-3 MCL6N MCSCR1/4-21 MSD43 MSP4D W31.8L / W23.8L

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MSKN: holder and dimensions

Dimensions in mm. Tool approach: 75°.

Dimension/data block 1.

Item Insert assignment ØD Ød H L
EH-S25R-MSKN R/L-12 SN□□1204□□ 32 25 23 200
EH-S32S-MSKN R/L-12 SN□□1204□□ 40 32 30 250
EH-S40T-MSKN R/L-12 SN□□1204□□ 50 40 37 300
EH-A25R-MSKN R/L-12 SN□□1204□□ 32 25 23 200
EH-A32S-MSKN R/L-12 SN□□1204□□ 40 32 30 250
EH-A40T-MSKN R/L-12 SN□□1204□□ 50 40 37 300

Dimension/data block 2.

Item Insert assignment S ℓ
EH-S25R-MSKN R/L-12 SN□□1204□□ 17 36
EH-S32S-MSKN R/L-12 SN□□1204□□ 22 50
EH-S40T-MSKN R/L-12 SN□□1204□□ 27 60
EH-A25R-MSKN R/L-12 SN□□1204□□ 17 40
EH-A32S-MSKN R/L-12 SN□□1204□□ 22 50
EH-A40T-MSKN R/L-12 SN□□1204□□ 27 60
Spare parts
Item Clamp Clamp screw Shim Shim pin Wrench
EH-S25R-MSKN R/L-12 MCL8N1 MCSCR5/16-28 - MSP4DS W39.7L / W23.8L
EH-S32S-MSKN R/L-12 MCL8N1 MCSCR5/16-28 MSS43 MSP4D W39.7L / W23.8L
EH-S40T-MSKN R/L-12 MCL8N1 MCSCR5/16-28 MSS43 MSP4D W39.7L / W23.8L
EH-A25R-MSKN R/L-12 MCL8N1 MCSCR5/16-28 - MSP4DS W39.7L / W23.8L
EH-A32S-MSKN R/L-12 MCL8N1 MCSCR5/16-28 MSS43 MSP4D W39.7L / W23.8L
EH-A40T-MSKN R/L-12 MCL8N1 MCSCR5/16-28 MSS43 MSP4D W39.7L / W23.8L
MCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MCLN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MDUN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
MSKN: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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Grooving and parting

Grooving and parting: Component and machining view.
Grooving and parting: Component and machining view.

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Grooving and parting

EHWA grooving tools suit precise grooves and parting cuts. PCD, PCBN and carbide grades are adapted to the application to support effective cutting and long tool life. The programme includes different edge profiles and holder types for workpieces with demanding groove and profile geometries.

Grooving and parting: Component and machining view.
Grooving and parting: Component and machining view.
Grooving and parting: Tool view.
Grooving and parting: Tool view.
Grooving and parting: Tool view.
Grooving and parting: Tool view.

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ES: standard grooving system

The example ESG 30 04 R/L combines insert shape, width, corner radius and right-/left-hand type. ESG identifies the illustrated straight groove profile, ESR the round profile and ESX a special type. The drawings mark width W and radius R and distinguish right- and left-hand edge positions.

ES is EHWA’s standard system for different machining operations, groove widths and depths. The 120° tapered seat supports high clamping strength; the four force arrows illustrate the contact positions. Select tool type and holder for the groove geometry.

ES: standard grooving system: Tool view.
ES: standard grooving system: Tool view.
ES: standard grooving system: Tool view.
ES: standard grooving system: Tool view.
ES: standard grooving system: Tool view.
ES: standard grooving system: Tool view.

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ESG and ESR: dimensions and grades

The ESG and ESR drawings retain W, R, M, L and H references with the illustrated edge and side views. ESG provides the listed straight profiles, widths and radii; ESR the listed round profiles. Request special designs by specifying W1, radius R and PCD/PCBN material. Compatible holders are listed in the grooving-holder programme of this edition.

ESG: grooving inserts

Item W R M L H
ESG2002-R/L 2 0.2 1.7 20 7
ESG3002-R/L 3 0.2 2.2 20 7
ESG4002-R/L 4 0.2 3.0 20 7
ESG4004-R/L 4 0.4 3.0 20 7
ESG6002-R/L 6 0.2 5.0 25 7.5
ESG6004-R/L 6 0.4 5.0 25 7.5
ESG8002-R/L 8 0.2 6.0 30 8.7
ESG8004-R/L 8 0.4 6.0 30 8.7

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB29X, EB190, EB570, EB51. Individual grade cells are unmarked.

ESR: round-profile inserts

Item W R M L H
ESR2010 2 1 1.7 20 7
ESR3015 3 1.5 2.2 20 7
ESR4020 4 2 3.0 20 7
ESR6030 6 3 5.0 25 7.5
ESR8040 8 4 6.0 30 8.7

Dimensions in mm. The same seven grade headings as ESG; grade cells are unmarked. Special design according to W1, R and PCD/PCBN material.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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ED: narrow grooves with high rigidity

The example EDG 30 04 R/L separates insert shape, width, corner radius and hand. EDG and EDR illustrate straight and rounded groove profiles; EDX identifies a special type. Drawings mark W and R and distinguish right- and left-hand edge positions.

ED is designed for narrow grooves and high-rigidity requirements. Screw and clamp provide double clamping to support a rigid insert seat. The tool image shows the double-sided edge design.

ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.
ED: narrow grooves with high rigidity: Tool view.

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EDG and EDR: dimensions and grades

Drawings specify W1, X1, R, W and I.C., together with the 55° shape angle. EDG and EDR remain separate types with their respective radii. Specify W1, X1, R and PCD/PCBN material for special designs; the source refers to its grooving holder on page 143.

EDG: grooving inserts

Item W1 X1 R W I.C.
EDG 1502-R/L 1.5 2.6 0.2 4.76 12.7
EDG 2002-R/L 2 3 0.2 4.76 12.7
EDG 3002-R/L 3 4.5 0.2 4.76 12.7
EDG 4002-R/L 4 4.5 0.2 4.76 12.7

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB28X, EB190, EB570, EB51. Individual grade cells are unmarked. Special design according to W1, X1, R and cutting material.

EDR: grooving inserts

Item W1 X1 R W I.C.
EDR 1502-R/L 1.5 2.6 0.75 4.76 12.7
EDR 2002-R/L 2 3 1.0 4.76 12.7
EDR 3002-R/L 3 4.5 1.5 4.76 12.7
EDR 4002-R/L 4 4.5 2.0 4.76 12.7

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB28X, EB190, EB570, EB51. Individual grade cells are unmarked. Special design according to W1, X1, R and cutting material.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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ET: narrow grooves and easy setting

The example ETG 30 04 R/L separates insert shape, width, corner radius and hand. ETG identifies the straight groove profile, ETR the round profile and ETX a special type. Drawings mark width W, radius R and mirrored right-/left-hand edge positions. ET suits narrow grooves and allows easy tool setting.

ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.
ET: narrow grooves and easy setting: Tool view.

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ETG and ETR: dimensions and grades

Drawings show W1, X1, R, W and I.C., together with the 60° shape angle. ETG and ETR retain their different radii and right-/left-hand types. Specify W1, X1, R and cutting material for special designs. The source refers to its grooving holder on page 144.

ETG: grooving inserts

Item W1 X1 R W I.C.
ETG 1502-R/L 1.5 3 0.2 4.76 12.7
ETG 2002-R/L 2 3.5 0.2 4.76 12.7
ETG 3002-R/L 3 4.5 0.2 4.76 12.7
ETG 4002-R/L 4 4.5 0.2 4.76 12.7

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB28X, EB190, EB570, EB51. Individual grade cells are unmarked. Special design according to W1, X1, R and cutting material.

ETR: grooving inserts

Item W1 X1 R W I.C.
ETR 1502-R/L 1.5 3 0.75 4.76 12.7
ETR 2002-R/L 2 3.5 1.0 4.76 12.7
ETR 3002-R/L 3 4.5 1.5 4.76 12.7
ETR 4002-R/L 4 4.5 2.0 4.76 12.7

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB28X, EB190, EB570, EB51. Individual grade cells are unmarked. Special design according to W1, X1, R and cutting material.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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EM: micro grooving for automatic lathes

The example EMG 30 04 R/L separates insert shape, width, corner radius and hand. EMG identifies the illustrated straight type; EMX identifies a special design. Drawings mark W and R and show right- and left-hand edge positions. EM is a micro-grooving tool for automatic lathes and suits small, precise grooves.

EM: micro grooving for automatic lathes: Tool view.
EM: micro grooving for automatic lathes: Tool view.
EM: micro grooving for automatic lathes: Tool view.
EM: micro grooving for automatic lathes: Tool view.
EM: micro grooving for automatic lathes: Tool view.
EM: micro grooving for automatic lathes: Tool view.

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EMG: dimensions and grades

The dimensional drawing locates W1, X1, R, W, L and T on the narrow grooving insert. Article designations in this table retain L/R in that order. Specify W1, X1, R and PCD/PCBN material for special types; the holder appears on source page 145.

EMG: micro-grooving inserts

Dimension/data block 1.

Item W1 X1 R W L
EMG 05000-L/R 0.5 3.0 0.00 2.7 22.2
EMG 10005-L/R 1.0 3.5 0.00 2.7 22.2
EMG 15005-L/R 1.5 3.5 0.05 2.7 22.2
EMG 2001-L/R 2.0 4.0 0.10 2.7 22.2
EMG 2501-L/R 2.5 4.0 0.10 2.7 22.2

Dimension/data block 2.

Item T
EMG 05000-L/R 5.6
EMG 10005-L/R 5.6
EMG 15005-L/R 5.6
EMG 2001-L/R 5.6
EMG 2501-L/R 5.6

Dimensions in mm. Grade headings: PCD EP20, EP55, EP750; PCBN EB570, EB22, EB51. Individual grade cells are unmarked. The 2022 edition explicitly lists R = 0.00 for EMG 10005-L/R. Special design according to W1, X1, R and cutting material.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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Custom designs for piston rings

PCD/PCBN piston-ring designs comprise GC, GR, GL, one-side taper and two-side taper types. All five drawings retain their respective edge positions. GC shows W, R, L and T; GR and GL add W1. The one-side taper adds V1 and the two-side taper V1 and V2.

For an enquiry, specify the workpiece, W, W1, R, L, T and required V angles. This edition lists PCD EP13, EP750 and EP59, plus PCBN EB51 and EB710. The following design fields remain open for customer-specific dimensions and article information.

Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.

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Further custom grooving forms

Eight different edge and body shapes extend the custom programme. The first two show a 35° profile reference; further types use straight, rounded, one-sided or stepped edge positions. Each type retains its own front and side view.

For design, specify the workpiece, W, W1, R, X1, L and T. Grade headings list PCD EP20, EP55 and EP750, plus PCBN EB28X, EB570, EB190 and EB51. Dimension fields are completed for the application; this illustration does not prescribe additional article dimensions.

Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.
Custom shape: both tool views with their dimension references.

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Custom tools for facing, grooving, chamfering and profiling

The custom programme covers faces, grooves, chamfers and profiles. Tooling service and design are adapted to your machining requirements. Four product groups illustrate different body forms and PCD/PCBN edge positions, from compact profile inserts to longer tool bars. Workpiece drawing, target profile, machine, material and process data guide technical selection.

Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.
Custom tools for facing, grooving, chamfering and profiling: Tool view.

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Custom inserts and holder examples

Further PCD/PCBN custom inserts extend facing, grooving, chamfering and profiling. The two insert groups illustrate different body and edge forms; four holder views show how compact profile inserts are seated. Design is adapted to your workpiece and process requirements.

Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.
Custom inserts and holder examples: Tool view.

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Grooving holders: clamping systems

C identifies clamp-on clamping for ESG inserts, D double clamping for EDG inserts and S screw clamping for ETG and EMG inserts. The force arrows show the clamping directions. The following holder groups retain their own insert assignments, dimensional drawings and spare-part numbers.

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Grooving holders: dimensional programme

ES holder groups ESEH, ESEH-T00, ESEV, ESFV, ESFH, ESEU, ESIU and ESIV differ in tool style and dimensional reference. The source additionally shows ED/ET/EM types EDEH, EDEV, ETEH, ETEV and EMEH. Product views, front/side views and specified fields remain type-specific; tabulated dimensions are in millimetres.

ESEH has H, W, L, S, H1 and Tmax; its T00 type and ESEV add ØDmin. ESFV and ESFH specify ØDmin/ØDmax limits. ESEU shows the 45° angular reference. ESIU and ESIV add ØD, Ød and ℓ on the round body; the ESIU drawing also shows 45°. EDEH, ETEH and EMEH specify T/W/L/S/H; EDEV and ETEV specify ØDmin and Tmax. Required clamping and screw parts are assigned directly to their article rows.

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ESEH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESEH-R/L 1212-2-T08 ES□20□□ 12 12 100 12.2
ESEH-R/L 1616-2-T08 ES□20□□ 16 16 100 16.2
ESEH-R/L 2020-2-T08 ES□20□□ 20 20 125 20.2
ESEH-R/L 2525-2-T08 ES□20□□ 25 25 150 25.2
ESEH-R/L 1616-2-T12 ES□20□□ 16 16 100 16.2
ESEH-R/L 2020-2-T12 ES□20□□ 20 20 125 20.2
ESEH-R/L 2525-2-T12 ES□20□□ 25 25 150 25.2
ESEH-R/L 1616-2-T17 ES□20□□ 16 16 100 16.2
ESEH-R/L 2020-2-T17 ES□20□□ 20 20 125 20.2
ESEH-R/L 2525-2-T17 ES□20□□ 25 25 150 25.2
ESEH-R/L 1616-3-T10 ES□30□□ 16 16 100 16.4
ESEH-R/L 2020-3-T10 ES□30□□ 20 20 125 20.4
ESEH-R/L 2525-3-T10 ES□30□□ 25 25 150 25.4
ESEH-R/L 3232-3-T10 ES□30□□ 32 32 170 32.4
ESEH-R/L 1616-3-T13 ES□30□□ 16 16 100 16.4
ESEH-R/L 2020-3-T13 ES□30□□ 20 20 125 20.4
ESEH-R/L 2525-3-T13 ES□30□□ 25 25 150 25.4
ESEH-R/L 1616-3-T20 ES□30□□ 16 16 100 16.4
ESEH-R/L 2020-3-T20 ES□30□□ 20 20 125 20.4
ESEH-R/L 2525-3-T20 ES□30□□ 25 25 150 25.4
ESEH-R/L 3232-3-T20 ES□30□□ 32 32 170 32.4
ESEH-R/L 2525-3-T25 ES□30□□ 25 25 150 25.4
ESEH-R/L 1616-4-T10 ES□40□□ 16 16 100 16.4
ESEH-R/L 2020-4-T10 ES□40□□ 20 20 125 20.4
ESEH-R/L 2525-4-T10 ES□40□□ 25 25 150 25.4
ESEH-R/L 3232-4-T10 ES□40□□ 32 32 150 32.4
ESEH-R/L 1616-4-T15 ES□40□□ 16 16 100 16.4
ESEH-R/L 2020-4-T15 ES□40□□ 20 20 125 20.4
ESEH-R/L 2525-4-T15 ES□40□□ 25 25 150 25.4
ESEH-R/L 1616-4-T20 ES□40□□ 16 16 100 16.4
ESEH-R/L 2020-4-T20 ES□40□□ 20 20 125 20.4
ESEH-R/L 2525-4-T20 ES□40□□ 25 25 150 25.4
ESEH-R/L 3232-4-T20 ES□40□□ 32 32 170 32.4
ESEH-R/L 1616-4-T25 ES□40□□ 16 16 100 16.4
ESEH-R/L 2020-4-T25 ES□40□□ 20 20 125 20.4
ESEH-R/L 2525-4-T25 ES□40□□ 25 25 150 25.4

Dimension/data block 2.

Item Insert assignment H1 Tmax
ESEH-R/L 1212-2-T08 ES□20□□ 8
ESEH-R/L 1616-2-T08 ES□20□□ 8
ESEH-R/L 2020-2-T08 ES□20□□ 8
ESEH-R/L 2525-2-T08 ES□20□□ 8
ESEH-R/L 1616-2-T12 ES□20□□ 12
ESEH-R/L 2020-2-T12 ES□20□□ 12
ESEH-R/L 2525-2-T12 ES□20□□ 12
ESEH-R/L 1616-2-T17 ES□20□□ 17
ESEH-R/L 2020-2-T17 ES□20□□ 17
ESEH-R/L 2525-2-T17 ES□20□□ 17
ESEH-R/L 1616-3-T10 ES□30□□ 10
ESEH-R/L 2020-3-T10 ES□30□□ 10
ESEH-R/L 2525-3-T10 ES□30□□ 10
ESEH-R/L 3232-3-T10 ES□30□□ 10
ESEH-R/L 1616-3-T13 ES□30□□ 13
ESEH-R/L 2020-3-T13 ES□30□□ 13
ESEH-R/L 2525-3-T13 ES□30□□ 13
ESEH-R/L 1616-3-T20 ES□30□□ 20
ESEH-R/L 2020-3-T20 ES□30□□ 20
ESEH-R/L 2525-3-T20 ES□30□□ 20
ESEH-R/L 3232-3-T20 ES□30□□ 20
ESEH-R/L 2525-3-T25 ES□30□□ 25
ESEH-R/L 1616-4-T10 ES□40□□ 10
ESEH-R/L 2020-4-T10 ES□40□□ 10
ESEH-R/L 2525-4-T10 ES□40□□ 10
ESEH-R/L 3232-4-T10 ES□40□□ 10
ESEH-R/L 1616-4-T15 ES□40□□ 15
ESEH-R/L 2020-4-T15 ES□40□□ 15
ESEH-R/L 2525-4-T15 ES□40□□ 15
ESEH-R/L 1616-4-T20 ES□40□□ 20
ESEH-R/L 2020-4-T20 ES□40□□ 20
ESEH-R/L 2525-4-T20 ES□40□□ 20
ESEH-R/L 3232-4-T20 ES□40□□ 20
ESEH-R/L 1616-4-T25 ES□40□□ 25
ESEH-R/L 2020-4-T25 ES□40□□ 25
ESEH-R/L 2525-4-T25 ES□40□□ 25
Spare parts
Item Clamp screw Wrench
ESEH-R/L 1212-2-T08 HCR0512 W40L
ESEH-R/L 1616-2-T08 HCR0512 W40L
ESEH-R/L 2020-2-T08 HCR0512 W40L
ESEH-R/L 2525-2-T08 HCR0512 W40L
ESEH-R/L 1616-2-T12 HCR0512 W40L
ESEH-R/L 2020-2-T12 HCR0512 W40L
ESEH-R/L 2525-2-T12 HCR0512 W40L
ESEH-R/L 1616-2-T17 HCR0512 W40L
ESEH-R/L 2020-2-T17 HCR0512 W40L
ESEH-R/L 2525-2-T17 HCR0512 W40L
ESEH-R/L 1616-3-T10 HCR0512 W40L
ESEH-R/L 2020-3-T10 HCR0512 W40L
ESEH-R/L 2525-3-T10 HCR0512 W40L
ESEH-R/L 3232-3-T10 HCR0512 W40L
ESEH-R/L 1616-3-T13 HCR0512 W40L
ESEH-R/L 2020-3-T13 HCR0512 W40L
ESEH-R/L 2525-3-T13 HCR0512 W40L
ESEH-R/L 1616-3-T20 HCR0512 W40L
ESEH-R/L 2020-3-T20 HCR0512 W40L
ESEH-R/L 2525-3-T20 HCR0512 W40L
ESEH-R/L 3232-3-T20 HCR0512 W40L
ESEH-R/L 2525-3-T25 HCR0512 W40L
ESEH-R/L 1616-4-T10 HCR0616 W50L
ESEH-R/L 2020-4-T10 HCR0616 W50L
ESEH-R/L 2525-4-T10 HCR0616 W50L
ESEH-R/L 3232-4-T10 HCR0616 W50L
ESEH-R/L 1616-4-T15 HCR0616 W50L
ESEH-R/L 2020-4-T15 HCR0616 W50L
ESEH-R/L 2525-4-T15 HCR0616 W50L
ESEH-R/L 1616-4-T20 HCR0616 W50L
ESEH-R/L 2020-4-T20 HCR0616 W50L
ESEH-R/L 2525-4-T20 HCR0616 W50L
ESEH-R/L 3232-4-T20 HCR0616 W50L
ESEH-R/L 1616-4-T25 HCR0616 W50L
ESEH-R/L 2020-4-T25 HCR0616 W50L
ESEH-R/L 2525-4-T25 HCR0616 W50L
Grooving holders: dimensional programme: Tool view.
Grooving holders: dimensional programme: Tool view.
ESEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESEH

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ESEH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESEH-R/L 2020-5-T12 ES□50□□ 20 20 125 20.5
ESEH-R/L 2525-5-T12 ES□50□□ 25 25 150 25.5
ESEH-R/L 2020-5-T15 ES□50□□ 20 20 125 20.55
ESEH-R/L 2525-5-T15 ES□50□□ 25 25 150 25.55
ESEH-R/L 3232-5-T15 ES□50□□ 32 32 170 32.55
ESEH-R/L 2020-5-T20 ES□50□□ 20 20 125 20.5
ESEH-R/L 2525-5-T20 ES□50□□ 25 25 150 25.5
ESEH-R/L 3232-5-T20 ES□50□□ 32 32 170 32.5
ESEH-R/L 2525-5-T32 ES□50□□ 25 25 150 25.5
ESEH-R/L 2020-6-T12 ES□60□□ 20 20 125 20.5
ESEH-R/L 2525-6-T12 ES□60□□ 25 25 150 25.5
ESEH-R/L 2525-6-T15 ES□60□□ 25 25 150 25.55
ESEH-R/L 3232-6-T15 ES□60□□ 32 32 170 32.55
ESEH-R/L 2020-6-T20 ES□60□□ 20 20 125 20.5
ESEH-R/L 2525-6-T20 ES□60□□ 25 25 150 25.5
ESEH-R/L 3232-6-T20 ES□60□□ 32 32 170 32.5
ESEH-R/L 2525-6-T32 ES□60□□ 25 25 150 25.5
ESEH-R/L 2525-8-T16 ES□80□□ 25 25 150 26
ESEH-R/L 3232-8-T16 ES□80□□ 32 32 170 33.05
ESEH-R/L 2525-8-T25 ES□80□□ 25 25 150 26
ESEH-R/L 3232-8-T25 ES□80□□ 32 32 170 33
ESEH-R/L 2525-8-T36 ES□80□□ 25 25 150 26
ESEH-R/L 3232-8-T36 ES□80□□ 32 32 170 33

Dimension/data block 2.

Item Insert assignment H1 Tmax
ESEH-R/L 2020-5-T12 ES□50□□ 12
ESEH-R/L 2525-5-T12 ES□50□□ 12
ESEH-R/L 2020-5-T15 ES□50□□ 15
ESEH-R/L 2525-5-T15 ES□50□□ 15
ESEH-R/L 3232-5-T15 ES□50□□ 15
ESEH-R/L 2020-5-T20 ES□50□□ 20
ESEH-R/L 2525-5-T20 ES□50□□ 20
ESEH-R/L 3232-5-T20 ES□50□□ 20
ESEH-R/L 2525-5-T32 ES□50□□ 7 32
ESEH-R/L 2020-6-T12 ES□60□□ 12
ESEH-R/L 2525-6-T12 ES□60□□ 12
ESEH-R/L 2525-6-T15 ES□60□□ 15
ESEH-R/L 3232-6-T15 ES□60□□ 15
ESEH-R/L 2020-6-T20 ES□60□□ 20
ESEH-R/L 2525-6-T20 ES□60□□ 20
ESEH-R/L 3232-6-T20 ES□60□□ 20
ESEH-R/L 2525-6-T32 ES□60□□ 7 32
ESEH-R/L 2525-8-T16 ES□80□□ 16
ESEH-R/L 3232-8-T16 ES□80□□ 16
ESEH-R/L 2525-8-T25 ES□80□□ 25
ESEH-R/L 3232-8-T25 ES□80□□ 25
ESEH-R/L 2525-8-T36 ES□80□□ 7 36
ESEH-R/L 3232-8-T36 ES□80□□ 36
Spare parts
Item Clamp screw Wrench
ESEH-R/L 2020-5-T12 HCR0616 W50L
ESEH-R/L 2525-5-T12 HCR0616 W50L
ESEH-R/L 2020-5-T15 HCR0616 W50L
ESEH-R/L 2525-5-T15 HCR0616 W50L
ESEH-R/L 3232-5-T15 HCR0616 W50L
ESEH-R/L 2020-5-T20 HCR0616 W50L
ESEH-R/L 2525-5-T20 HCR0616 W50L
ESEH-R/L 3232-5-T20 HCR0616 W50L
ESEH-R/L 2525-5-T32 HCR0620 W50L
ESEH-R/L 2020-6-T12 HCR0616 W50L
ESEH-R/L 2525-6-T12 HCR0616 W50L
ESEH-R/L 2525-6-T15 HCR0616 W50L
ESEH-R/L 3232-6-T15 HCR0616 W50L
ESEH-R/L 2020-6-T20 HCR0616 W50L
ESEH-R/L 2525-6-T20 HCR0616 W50L
ESEH-R/L 3232-6-T20 HCR0616 W50L
ESEH-R/L 2525-6-T32 HCR0620 W50L
ESEH-R/L 2525-8-T16 HCR0616 W50L
ESEH-R/L 3232-8-T16 HCR0616 W50L
ESEH-R/L 2525-8-T25 HCR0616 W50L
ESEH-R/L 3232-8-T25 HCR0616 W50L
ESEH-R/L 2525-8-T36 HCR0620 W50L
ESEH-R/L 3232-8-T36 HCR0620 W50L
ESEH: Tool view.
ESEH: Tool view.
ESEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESEH-T00 / ESEV

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ESEH-T00: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESEH-R/L 1616-3-T00 ES□30□□ 16 16 100 16.4
ESEH-R/L 2020-3-T00 ES□30□□ 20 20 125 20.4
ESEH-R/L 2525-3-T00 ES□30□□ 25 25 150 25.4
ESEH-R/L 1616-4-T00 ES□40□□ 16 16 100 16.4
ESEH-R/L 2020-4-T00 ES□40□□ 20 20 125 20.4
ESEH-R/L 2525-4-T00 ES□40□□ 25 25 150 25.4
ESEH-R/L 2020-6-T00 ES□60□□ 20 20 125 20.5
ESEH-R/L 2525-6-T00 ES□60□□ 25 25 150 25.5

Dimension/data block 2.

Item Insert assignment ØDmin Tmax
ESEH-R/L 1616-3-T00 ES□30□□ 80 4.8
ESEH-R/L 2020-3-T00 ES□30□□ 80 4.8
ESEH-R/L 2525-3-T00 ES□30□□ 80 4.8
ESEH-R/L 1616-4-T00 ES□40□□ 80 4.8
ESEH-R/L 2020-4-T00 ES□40□□ 80 4.8
ESEH-R/L 2525-4-T00 ES□40□□ 80 4.8
ESEH-R/L 2020-6-T00 ES□60□□ 80 6.0
ESEH-R/L 2525-6-T00 ES□60□□ 80 6.0
Spare parts
Item Clamp screw Wrench
ESEH-R/L 1616-3-T00 HCR0512 W40L
ESEH-R/L 2020-3-T00 HCR0512 W40L
ESEH-R/L 2525-3-T00 HCR0512 W40L
ESEH-R/L 1616-4-T00 HCR0616 W50L
ESEH-R/L 2020-4-T00 HCR0616 W50L
ESEH-R/L 2525-4-T00 HCR0616 W50L
ESEH-R/L 2020-6-T00 HCR0616 W50L
ESEH-R/L 2525-6-T00 HCR0616 W50L

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ESEV: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESEV-R/L 2020-2-T00 ES□20□□ 20 20 125 23.5
ESEV-R/L 2525-2-T00 ES□20□□ 25 25 150 28.5
ESEV-R/L 3232-2-T00 ES□20□□ 32 32 170 35.5
ESEV-R/L 2020-3-T00 ES□30□□ 20 20 125 25
ESEV-R/L 2525-3-T00 ES□30□□ 25 25 150 30
ESEV-R/L 3232-3-T00 ES□30□□ 32 32 170 37
ESEV-R/L 2020-4-T00 ES□40□□ 20 20 125 25
ESEV-R/L 2525-4-T00 ES□40□□ 25 25 150 30
ESEV-R/L 3232-4-T00 ES□40□□ 32 32 170 37
ESEV-R/L 2020-5-T00 ES□50□□ 20 20 125 29.5
ESEV-R/L 2525-5-T00 ES□50□□ 25 25 150 31.5
ESEV-R/L 3232-5-T00 ES□50□□ 32 32 170 38.5
ESEV-R/L 2020-6-T00 ES□60□□ 20 20 125 26.5
ESEV-R/L 2525-6-T00 ES□60□□ 25 25 150 31.5
ESEV-R/L 3232-6-T00 ES□60□□ 32 32 170 38.5
ESEV-R/L 2525-8-T00 ES□80□□ 25 25 150 33.5
ESEV-R/L 3232-8-T00 ES□80□□ 32 32 170 38.5

Dimension/data block 2.

Item Insert assignment ØDmin Tmax
ESEV-R/L 2020-2-T00 ES□20□□ 120 3
ESEV-R/L 2525-2-T00 ES□20□□ 120 3
ESEV-R/L 3232-2-T00 ES□20□□ 120 3
ESEV-R/L 2020-3-T00 ES□30□□ 80 4.8
ESEV-R/L 2525-3-T00 ES□30□□ 80 4.8
ESEV-R/L 3232-3-T00 ES□30□□ 80 4.8
ESEV-R/L 2020-4-T00 ES□40□□ 80 4.8
ESEV-R/L 2525-4-T00 ES□40□□ 80 4.8
ESEV-R/L 3232-4-T00 ES□40□□ 80 4.8
ESEV-R/L 2020-5-T00 ES□50□□ 60 5
ESEV-R/L 2525-5-T00 ES□50□□ 60 5
ESEV-R/L 3232-5-T00 ES□50□□ 60 5
ESEV-R/L 2020-6-T00 ES□60□□ 60 6
ESEV-R/L 2525-6-T00 ES□60□□ 80 6
ESEV-R/L 3232-6-T00 ES□60□□ 60 6
ESEV-R/L 2525-8-T00 ES□80□□ 50 8
ESEV-R/L 3232-8-T00 ES□80□□ 50 8
Spare parts
Item Clamp screw Wrench
ESEV-R/L 2020-2-T00 HCR0512 W40L
ESEV-R/L 2525-2-T00 HCR0512 W40L
ESEV-R/L 3232-2-T00 HCR0512 W40L
ESEV-R/L 2020-3-T00 HCR0512 W40L
ESEV-R/L 2525-3-T00 HCR0512 W40L
ESEV-R/L 3232-3-T00 HCR0512 W40L
ESEV-R/L 2020-4-T00 HCR0512 W40L
ESEV-R/L 2525-4-T00 HCR0512 W40L
ESEV-R/L 3232-4-T00 HCR0512 W40L
ESEV-R/L 2020-5-T00 HCR0616 W50L
ESEV-R/L 2525-5-T00 HCR0616 W50L
ESEV-R/L 3232-5-T00 HCR0616 W50L
ESEV-R/L 2020-6-T00 HCR0616 W50L
ESEV-R/L 2525-6-T00 HCR0616 W50L
ESEV-R/L 3232-6-T00 HCR0616 W50L
ESEV-R/L 2525-8-T00 HCR0616 W50L
ESEV-R/L 3232-8-T00 HCR0616 W50L
ESEH-T00 / ESEV: Tool view.
ESEH-T00 / ESEV: Tool view.
ESEH-T00 / ESEV: Tool view.
ESEH-T00 / ESEV: Tool view.
ESEH-T00: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEH-T00: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESFV / ESFH

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ESFV: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESFV-R/L 425-44/70-T20 ES□40□□ 25 25 150 45.5
ESFV-R/L 425-60/120-T20 ES□40□□ 25 25 150 45.5
ESFV-R/L 425-112/200-T20 ES□40□□ 25 25 150 45.5

Dimension/data block 2.

Item Insert assignment Tmax ØDmin ØDmax
ESFV-R/L 425-44/70-T20 ES□40□□ 20 44 70
ESFV-R/L 425-60/120-T20 ES□40□□ 20 60 120
ESFV-R/L 425-112/200-T20 ES□40□□ 20 112 200
Spare parts
Item Clamp screw Wrench
ESFV-R/L 425-44/70-T20 HCR0616 W50L
ESFV-R/L 425-60/120-T20 HCR0616 W50L
ESFV-R/L 425-112/200-T20 HCR0616 W50L

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ESFH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESFH-325-34/50-T10 ES□30□□ 25 25 150 25.5
ESFH-325-44/70-T15 ES□30□□ 25 25 150 25.5
ESFH-325-64/100-T15 ES□30□□ 25 25 150 25.5
ESFH-425-40/60-T10 ES□40□□ 25 25 150 25.5
ESFH-425-44/70-T20 ES□40□□ 25 25 150 25.5
ESFH-425-84/92-T20 ES□40□□ 25 25 150 25.5
ESFH-425-60/120-T20 ES□40□□ 25 25 150 25.5
ESFH-425-112/200-T20 ES□40□□ 25 25 150 25.5
ESFH-525-190/220-T10 ES□50□□ 25 25 150 25.5
ESFH-625-170/190-T10 ES□60□□ 25 25 150 25.5
ESFH-625-190/220-T10 ES□60□□ 25 25 150 25.5

Dimension/data block 2.

Item Insert assignment Tmax ØDmin ØDmax
ESFH-325-34/50-T10 ES□30□□ 10 34 50
ESFH-325-44/70-T15 ES□30□□ 15 44 70
ESFH-325-64/100-T15 ES□30□□ 15 64 100
ESFH-425-40/60-T10 ES□40□□ 10 40 60
ESFH-425-44/70-T20 ES□40□□ 20 44 70
ESFH-425-84/92-T20 ES□40□□ 20 84 92
ESFH-425-60/120-T20 ES□40□□ 20 60 120
ESFH-425-112/200-T20 ES□40□□ 20 112 200
ESFH-525-190/220-T10 ES□50□□ 10 190 200
ESFH-625-170/190-T10 ES□60□□ 10 170 190
ESFH-625-190/220-T10 ES□60□□ 10 190 200
Spare parts
Item Clamp screw Wrench
ESFH-325-34/50-T10 HCRL0512 W40L
ESFH-325-44/70-T15 HCRL0512 W40L
ESFH-325-64/100-T15 HCRL0512 W40L
ESFH-425-40/60-T10 HCR0616 W50L
ESFH-425-44/70-T20 HCR0616 W50L
ESFH-425-84/92-T20 HCR0616 W50L
ESFH-425-60/120-T20 HCR0616 W50L
ESFH-425-112/200-T20 HCR0616 W50L
ESFH-525-190/220-T10 HCR0616 W50L
ESFH-625-170/190-T10 HCR0616 W50L
ESFH-625-190/220-T10 HCR0616 W50L
ESFV / ESFH: Tool view.
ESFV / ESFH: Tool view.
ESFV / ESFH: Tool view.
ESFV / ESFH: Tool view.
ESFV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESFV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESFH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESFH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESEU

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ESEU: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment H W L S
ESEU-R/L 2020-3 ES□30□□ 20 20 125 23
ESEU-R/L 2525-3 ES□30□□ 25 25 150 28
ESEU-R/L 3232-3 ES□30□□ 32 32 170 35
ESEU-R/L 2020-4 ES□40□□ 20 20 125 23
ESEU-R/L 2525-4 ES□40□□ 25 25 150 28
ESEU-R/L 3232-4 ES□40□□ 32 32 170 35
ESEU-R/L 2020-5 ES□50□□ 20 20 125 24
ESEU-R/L 2525-5 ES□50□□ 25 25 150 29
ESEU-R/L 3232-5 ES□50□□ 32 32 170 36
ESEU-R/L 2020-6 ES□60□□ 20 20 125 24
ESEU-R/L 2525-6 ES□60□□ 25 25 150 29
ESEU-R/L 3232-6 ES□60□□ 32 32 170 36
ESEU-R/L 2525-8 ES□80□□ 25 25 150 30
ESEU-R/L 3232-8 ES□80□□ 32 32 170 37

Dimension/data block 2.

Item Insert assignment Tmax
ESEU-R/L 2020-3 ES□30□□ 3
ESEU-R/L 2525-3 ES□30□□ 3
ESEU-R/L 3232-3 ES□30□□ 3
ESEU-R/L 2020-4 ES□40□□ 3
ESEU-R/L 2525-4 ES□40□□ 3
ESEU-R/L 3232-4 ES□40□□ 3
ESEU-R/L 2020-5 ES□50□□ 4
ESEU-R/L 2525-5 ES□50□□ 4
ESEU-R/L 3232-5 ES□50□□ 4
ESEU-R/L 2020-6 ES□60□□ 4
ESEU-R/L 2525-6 ES□60□□ 4
ESEU-R/L 3232-6 ES□60□□ 4
ESEU-R/L 2525-8 ES□80□□ 5
ESEU-R/L 3232-8 ES□80□□ 5
Spare parts
Item Clamp screw Wrench
ESEU-R/L 2020-3 HCR0616 W50L
ESEU-R/L 2525-3 HCR0616 W50L
ESEU-R/L 3232-3 HCR0616 W50L
ESEU-R/L 2020-4 HCR0616 W50L
ESEU-R/L 2525-4 HCR0616 W50L
ESEU-R/L 3232-4 HCR0616 W50L
ESEU-R/L 2020-5 HCR0616 W50L
ESEU-R/L 2525-5 HCR0616 W50L
ESEU-R/L 3232-5 HCR0616 W50L
ESEU-R/L 2020-6 HCR0616 W50L
ESEU-R/L 2525-6 HCR0616 W50L
ESEU-R/L 3232-6 HCR0616 W50L
ESEU-R/L 2525-8 HCR0616 W50L
ESEU-R/L 3232-8 HCR0616 W50L
ESEU: Tool view.
ESEU: Tool view.
ESEU: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESEU: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESIU

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ESIU: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment ØD Ød L ℓ
ESIU-R/L 3520-3 ES□30□□ 35 20 150 45
ESIU-R/L 4025-3 ES□30□□ 40 25 200 45
ESIU-R/L 5032-3 ES□30□□ 50 32 250 65
ESIU-R/L 3520-4 ES□40□□ 35 20 150 45
ESIU-R/L 4025-4 ES□40□□ 40 25 200 45
ESIU-R/L 5032-4 ES□40□□ 50 32 250 65
ESIU-R/L 4025-5 ES□50□□ 40 25 200 45
ESIU-R/L 5032-5 ES□50□□ 50 32 250 65
ESIU-R/L 4025-6 ES□60□□ 40 25 200 45
ESIU-R/L 5032-6 ES□60□□ 50 32 250 65
ESIU-R/L 4025-8 ES□80□□ 40 25 200 45
ESIU-R/L 5032-8 ES□80□□ 50 32 250 65

Dimension/data block 2.

Item Insert assignment Tmax H S
ESIU-R/L 3520-3 ES□30□□ 3.5 18 13
ESIU-R/L 4025-3 ES□30□□ 3.5 23 15.5
ESIU-R/L 5032-3 ES□30□□ 3.5 30 19
ESIU-R/L 3520-4 ES□40□□ 3.5 18 13
ESIU-R/L 4025-4 ES□40□□ 3.5 23 15.5
ESIU-R/L 5032-4 ES□40□□ 3.5 30 19
ESIU-R/L 4025-5 ES□50□□ 3.5 23 15.5
ESIU-R/L 5032-5 ES□50□□ 3.5 30 19
ESIU-R/L 4025-6 ES□60□□ 3.5 23 15.5
ESIU-R/L 5032-6 ES□60□□ 3.5 30 19
ESIU-R/L 4025-8 ES□80□□ 6.5 23 18.5
ESIU-R/L 5032-8 ES□80□□ 6.5 30 22
Spare parts
Item Clamp screw Wrench
ESIU-R/L 3520-3 HCR0512 W40L
ESIU-R/L 4025-3 HCR0512 W40L
ESIU-R/L 5032-3 HCR0512 W40L
ESIU-R/L 3520-4 HCR0512 W40L
ESIU-R/L 4025-4 HCR0512 W40L
ESIU-R/L 5032-4 HCR0512 W40L
ESIU-R/L 4025-5 HCR0616 W50L
ESIU-R/L 5032-5 HCR0620 W50L
ESIU-R/L 4025-6 HCR0616 W50L
ESIU-R/L 5032-6 HCR0620 W50L
ESIU-R/L 4025-8 HCR0616 W50L
ESIU-R/L 5032-8 HCR0620 W50L
ESIU: Tool view.
ESIU: Tool view.
ESIU: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESIU: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ESIV

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ESIV: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment ØD Ød L ℓ
ESIV-R/L 2516-2 ES□20□□ 25 16 125 35
ESIV-R/L 2520-2 ES□20□□ 25 20 150 45
ESIV-R/L 3225-2 ES□20□□ 32 25 200 45
ESIV-R/L 2520-3 ES□30□□ 25 20 150 45
ESIV-R/L 3225-3 ES□30□□ 32 25 200 45
ESIV-R/L 4032-3 ES□30□□ 40 32 250 55
ESIV-R/L 2520-4 ES□40□□ 25 20 150 45
ESIV-R/L 3225-4 ES□40□□ 32 25 200 45
ESIV-R/L 4032-4 ES□40□□ 40 32 250 55
ESIV-R/L 3225-5 ES□50□□ 32 25 200 45
ESIV-R/L 4032-5 ES□50□□ 40 32 250 55
ESIV-R/L 3225-6 ES□60□□ 32 25 200 45
ESIV-R/L 4032-6 ES□60□□ 40 32 250 55
ESIV-R/L 4032-8 ES□80□□ 40 32 250 55
ESIV-R/L 4540-8 ES□80□□ 45 40 300 70

Dimension/data block 2.

Item Insert assignment Tmax H S
ESIV-R/L 2516-2 ES□20□□ 6.5 15 14
ESIV-R/L 2520-2 ES□20□□ 6.5 18 15.5
ESIV-R/L 3225-2 ES□20□□ 7 23 19
ESIV-R/L 2520-3 ES□30□□ 6.5 18 15.5
ESIV-R/L 3225-3 ES□30□□ 7 23 19
ESIV-R/L 4032-3 ES□30□□ 7.5 30 22.5
ESIV-R/L 2520-4 ES□40□□ 6.5 18 15.5
ESIV-R/L 3225-4 ES□40□□ 7 23 19
ESIV-R/L 4032-4 ES□40□□ 7.5 30 22.5
ESIV-R/L 3225-5 ES□50□□ 7.5 23 19.5
ESIV-R/L 4032-5 ES□50□□ 8.5 30 23.5
ESIV-R/L 3225-6 ES□60□□ 7.5 23 19.5
ESIV-R/L 4032-6 ES□60□□ 8.5 30 23.5
ESIV-R/L 4032-8 ES□80□□ 8.5 30 23.5
ESIV-R/L 4540-8 ES□80□□ 8.5 37 26.5
Spare parts
Item Clamp screw Wrench
ESIV-R/L 2516-2 HCR0410 W20L
ESIV-R/L 2520-2 HCR0512 W30L
ESIV-R/L 3225-2 HCR0410 W40L
ESIV-R/L 2520-3 HCR0410 W30L
ESIV-R/L 3225-3 HCR0512 W40L
ESIV-R/L 4032-3 HCR0616 W50L
ESIV-R/L 2520-4 HCRL0410 W30L
ESIV-R/L 3225-4 HCRL0512 W40L
ESIV-R/L 4032-4 HCR0616 W50L
ESIV-R/L 3225-5 HCRL0512 W40L
ESIV-R/L 4032-5 HCR0616 W50L
ESIV-R/L 3225-6 HCRL0512 W40L
ESIV-R/L 4032-6 HCR0616 W50L
ESIV-R/L 4032-8 HCR0616 W50L
ESIV-R/L 4540-8 HCR0616 W50L
ESIV: Tool view.
ESIV: Tool view.
ESIV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ESIV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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EDEH / EDEV

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EDEH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment T W L S
EDEH-R/L 2525-T00 EDG□□□□ 25 25 130 30

Dimension/data block 2.

Item Insert assignment H
EDEH-R/L 2525-T00 EDG□□□□ 25
Spare parts
Item Clamp Clamp screw Screw Wrench
EDEH-R/L 2525-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L

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EDEV: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment T W L S
EDEV-R/L 2525-1.5-T00 ED□15□□ 25 25 150 28
EDEV-R/L 3232-1.5-T00 ED□15□□ 32 32 170 35
EDEV-R/L 2020-2-T00 ED□20□□ 20 20 125 23.5
EDEV-R/L 2525-2-T00 ED□20□□ 25 25 150 28.5
EDEV-R/L 3232-2-T00 ED□20□□ 32 32 170 35.5
EDEV-R/L 2020-3-T00 ED□30□□ 20 20 125 25
EDEV-R/L 2525-3-T00 ED□30□□ 25 25 150 30
EDEV-R/L 3232-3-T00 ED□30□□ 32 32 170 37
EDEV-R/L 2020-4-T00 ED□40□□ 20 20 125 25
EDEV-R/L 2525-4-T00 ED□40□□ 25 25 150 30
EDEV-R/L 3232-4-T00 ED□40□□ 32 32 170 37

Dimension/data block 2.

Item Insert assignment ØDmin Tmax
EDEV-R/L 2525-1.5-T00 ED□15□□ 120 2.6
EDEV-R/L 3232-1.5-T00 ED□15□□ 120 2.6
EDEV-R/L 2020-2-T00 ED□20□□ 120 3
EDEV-R/L 2525-2-T00 ED□20□□ 120 3
EDEV-R/L 3232-2-T00 ED□20□□ 120 3
EDEV-R/L 2020-3-T00 ED□30□□ 80 4.5
EDEV-R/L 2525-3-T00 ED□30□□ 80 4.5
EDEV-R/L 3232-3-T00 ED□30□□ 80 4.5
EDEV-R/L 2020-4-T00 ED□40□□ 80 4.5
EDEV-R/L 2525-4-T00 ED□40□□ 80 4.5
EDEV-R/L 3232-4-T00 ED□40□□ 80 4.5
Spare parts
Item Clamp Clamp screw Screw Wrench
EDEV-R/L 2525-1.5-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 3232-1.5-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2020-2-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2525-2-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 3232-2-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2020-3-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2525-3-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 3232-3-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2020-4-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 2525-4-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEV-R/L 3232-4-T00 DCG4 HCRL0512 SCRL0512 W30L / T20L
EDEH / EDEV: Tool view.
EDEH / EDEV: Tool view.
EDEH / EDEV: Tool view.
EDEH / EDEV: Tool view.
EDEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
EDEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
EDEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
EDEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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ETEH / ETEV

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ETEH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment T W L S
ETEH R/L 2525-T00 ETG□□□□ 25 25 130 30

Dimension/data block 2.

Item Insert assignment H
ETEH R/L 2525-T00 ETG□□□□ 25
Spare parts
Item Screw Wrench
ETEH R/L 2525-T00 SCR0511 T20L

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ETEV: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment T W L S
EDEV-R/L 2525-1.5-T00 ED□15□□ 25 25 150 28.5
EDEV-R/L 3232-1.5-T00 ED□15□□ 32 32 170 35.5
EDEV-R/L 2020-2-T00 ED□20□□ 20 20 125 24
EDEV-R/L 2525-2-T00 ED□20□□ 25 25 150 29
EDEV-R/L 3232-2-T00 ED□20□□ 32 32 170 36
EDEV-R/L 2020-3-T00 ED□30□□ 20 20 125 25
EDEV-R/L 2525-3-T00 ED□30□□ 25 25 150 30
EDEV-R/L 3232-3-T00 ED□30□□ 32 32 170 37
EDEV-R/L 2020-4-T00 ED□40□□ 20 20 125 25
EDEV-R/L 2525-4-T00 ED□40□□ 25 25 150 30
EDEV-R/L 3232-4-T00 ED□40□□ 32 32 170 37

Dimension/data block 2.

Item Insert assignment ØDmin Tmax
EDEV-R/L 2525-1.5-T00 ED□15□□ 120 3
EDEV-R/L 3232-1.5-T00 ED□15□□ 120 3
EDEV-R/L 2020-2-T00 ED□20□□ 120 3.5
EDEV-R/L 2525-2-T00 ED□20□□ 120 3.5
EDEV-R/L 3232-2-T00 ED□20□□ 120 3.5
EDEV-R/L 2020-3-T00 ED□30□□ 80 4.5
EDEV-R/L 2525-3-T00 ED□30□□ 80 4.5
EDEV-R/L 3232-3-T00 ED□30□□ 80 4.5
EDEV-R/L 2020-4-T00 ED□40□□ 80 4.5
EDEV-R/L 2525-4-T00 ED□40□□ 80 4.5
EDEV-R/L 3232-4-T00 ED□40□□ 80 4.5
Spare parts
Item Clamp screw Wrench
EDEV-R/L 2525-1.5-T00 SCRL0511 T20L
EDEV-R/L 3232-1.5-T00 SCRL0511 T20L
EDEV-R/L 2020-2-T00 SCRL0511 T20L
EDEV-R/L 2525-2-T00 SCRL0511 T20L
EDEV-R/L 3232-2-T00 SCRL0511 T20L
EDEV-R/L 2020-3-T00 SCRL0511 T20L
EDEV-R/L 2525-3-T00 SCRL0511 T20L
EDEV-R/L 3232-3-T00 SCRL0511 T20L
EDEV-R/L 2020-4-T00 SCRL0511 T20L
EDEV-R/L 2525-4-T00 SCRL0511 T20L
EDEV-R/L 3232-4-T00 SCRL0511 T20L
ETEH / ETEV: Tool view.
ETEH / ETEV: Tool view.
ETEH / ETEV: Tool view.
ETEH / ETEV: Tool view.
ETEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ETEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ETEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
ETEV: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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EMEH

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EMEH: holder and dimensions

Dimensions in mm.

Dimension/data block 1.

Item Insert assignment T W L S
EMEH-R/L 1010-T00 EMG□□□□ 10 10 100 10

Dimension/data block 2.

Item Insert assignment H
EMEH-R/L 1010-T00 EMG□□□□ 10
Spare parts
Item Screw Wrench
EMEH-R/L 1010-T00 SCR02565 T07P
EMEH: Tool view.
EMEH: Tool view.
EMEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.
EMEH: holder dimension drawing; item dimensions and spare parts are listed in the corresponding tables.

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Milling tools

Milling tools: Component and machining view.
Milling tools: Component and machining view.

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Milling tools: cutting material and design

EHWA offers special cutters and milling inserts for materials ranging from easy to difficult to machine. Ultra-fine, fine, medium, coarse and multimodal cutting-material grades enable application-specific selection. The tools support economical machining, consistent results, reliability and higher productivity. Appropriate design can increase tool life. Resharpening and retipping extend overall service life and can reduce tooling costs.

Milling tools: cutting material and design: Component and machining view.
Milling tools: cutting material and design: Component and machining view.
Milling tools: cutting material and design: Tool view.
Milling tools: cutting material and design: Tool view.

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Milling insert designation: metric

The SPKN example divides the first four positions into insert shape, clearance, tolerance class and seating/rake-face features. Shape symbols: A 85°, B 82°, C 80°, H hexagon 120°, L rectangle, O octagon 135°, P pentagon 108°, R round, S square, T triangle, W trigon 80° and X special shape.

Clearance symbols: N 0°, A 3°, B 5°, C 7°, P 11°, D 15°, E 20°, F 25° and G 30°. Seating and rake-face features are identified by A, F, G, M, N, R, T, W and X in the corresponding shape diagrams. Tolerance classes A, C, G, H, K, M and U refer to m, t and I.C. as identified in the drawings.

Milling inserts: metric tolerances

Class I.C. reference sizes [mm] m [mm] t [mm] I.C. [mm]
A 6.35; 9.525; 12.7; 15.875; 19.05 ±0.025 ±0.025 ±0.025
C 6.35; 9.525; 12.7; 15.875; 19.05 ±0.025 ±0.025 ±0.025
G 6.35; 9.525; 12.7; 15.875; 19.05 ±0.13 ±0.13 ±0.025
H 6.35; 9.525; 12.7; 15.875; 19.05 ±0.025 ±0.025 ±0.013
K 6.35; 9.525; 12.7; 15.875; 19.05 ±0.025 ±0.025 ±0.05~±0.15
M 6.35; 9.525; 12.7; 15.875; 19.05 ±0.13 ±0.13 ±0.05~±0.15
U 6.35; 9.525; 12.7; 15.875; 19.05 ±0.13 ±0.13 ±0.08~±0.25

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Milling inserts: size, edge and hand

The continuation 12 03 [08 / ED] T(R) identifies insert size, thickness, corner radius or parallel land, edge preparation and hand. The parallel land is described by entering-angle symbols A 45°, D 60°, E 75°, F 85°, P 90° or Z special, and land-clearance symbols A 3°, B 5°, C 7°, D 15°, E 20°, F 25°, G 30°, N 0°, P 11° or Z special. Edge-preparation diagrams retain F, E, T and S. R identifies right-hand cutting, L left-hand cutting and N neutral.

Milling inserts: metric size symbols

C R/S T H O I.C. [mm]
09 5.56
06 06 11 6.35
13 7.94
09 09 16 9.525
12 12 22 05 12.7
16 15 27 09 15.875
07 17.94
19 19 33 10 19.05
25 25 25.4

Milling inserts: metric thickness

Symbol t [mm]
01 1.59
02 2.38
03 3.18
T3 3.97
04 4.76
05 5.56
06 6.35
07 7.94
09 9.52

Milling inserts: metric corner radius

Symbol R [mm]
00 Sharp
02 0.2
04 0.4
05 0.5
08 0.8
10 1.0
12 1.2
15 1.5
16 1.6
24 2.4
32 3.2
40 4.0

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Milling insert designation: inch system

The SPKN example divides the first four positions into insert shape, clearance, tolerance class and seating/rake-face features. Shape symbols: A 85°, B 82°, C 80°, H hexagon 120°, L rectangle, O octagon 135°, P pentagon 108°, R round, S square, T triangle, W trigon 80° and X special shape.

Clearance symbols: N 0°, A 3°, B 5°, C 7°, P 11°, D 15°, E 20°, F 25° and G 30°. Seating and rake-face features are identified by A, F, G, M, N, R, T, W and X in the corresponding shape diagrams. Tolerance classes A, C, G, H, K, M and U refer to m, t and I.C. as identified in the drawings.

Milling inserts: tolerances in the inch edition

Class I.C. reference sizes (source values) m [inch] t [inch] I.C. [inch]
A 6.35; 9.525; 12.7; 15.875; 19.05 ±0.0002 ±0.001 ±0.001
C 6.35; 9.525; 12.7; 15.875; 19.05 ±0.0005 ±0.001 ±0.001
G 6.35; 9.525; 12.7; 15.875; 19.05 ±0.001 ±0.0005 ±0.001
H 6.35; 9.525; 12.7; 15.875; 19.05 ±0.0005 ±0.001 ±0.0005
K 6.35; 9.525; 12.7; 15.875; 19.05 ±0.0005 ±0.001 ±0.002~±0.006
M 6.35; 9.525; 12.7; 15.875; 19.05 ±0.003~±0.008 ±0.005 ±0.002~±0.006
U 6.35; 9.525; 12.7; 15.875; 19.05 ±0.005~±0.015 ±0.005 ±0.003~±0.001

The source heading labels the I.C. reference sizes inch, but prints the same numbers as the metric table. The U row contains the descending raw range ±0.003~±0.001. Values are not silently converted or reversed; align the metric reference and tolerance for selection.

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Milling inserts: size, edge and hand

The continuation 4 2 [2 / ED] T(R) identifies insert size, thickness, corner radius or parallel land, edge preparation and hand. The parallel land is described by entering-angle symbols A 45°, D 60°, E 75°, F 85°, P 90° or Z special, and land-clearance symbols A 3°, B 5°, C 7°, D 15°, E 20°, F 25°, G 30°, N 0°, P 11° or Z special. Edge-preparation diagrams retain F, E, T and S. R identifies right-hand cutting, L left-hand cutting and N neutral.

Milling inserts: size symbols in the inch edition

Dimension/data block 1.

C R/S T H O Symbol
9 1.8
06 06 11 2
09 09 16 3
12 12 22 05 4
16 15 27 09 5
19 19 33 10 6
25 25 8
10

Dimension/data block 2.

C I.C. [inch]
7/23
06 1/4
09 3/8
12 1/2
16 5/8
19 3/4
25 1
1-1/4

The first source cell prints 7/23 and is retained as the original assignment. The metric overview lists 5.56 mm for the corresponding small T size. Reconcile these conflicting entries before ordering.

Milling inserts: inch thickness

Symbol t [inch]
1 1/16
1.5 3/32
2 1/8
2.5 5/32
3 3/16
3.5 7/32
4 1/4
5 5/16
6 3/8

Milling inserts: inch corner radius

Symbol R [inch]
0 Sharp
1 1/64
2 1/32
3 3/64
4 1/16
6 3/32
8 1/8

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APKT and CDEW: PCD milling inserts

Dimension drawings show the respective edge positions, views and dimensional references. Metric and printed inch designations occupy separate table columns. The PCD grade overview lists EP20, EP55, EP750, EP58 and EP29. Wiper types and large edge radii follow the illustrated geometry; unmarked grade cells receive no added availability symbol.

APKT: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
APKT 1604PDFR 9.525 2 11

Dimension/data block 2.

Metric ISO Inch ISO R T
APKT 1604PDFR 4.76

Dimensions in mm; α/V angular references follow the drawing. Grades: EP20, EP55, EP750, EP58, EP29; individual grade cells unmarked.

CDEW: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
CDEW 1204R-R 12.7 2.4 15 15
CDEW 1204R-F 12.7 4.5 15 15

Dimension/data block 2.

Metric ISO Inch ISO R T
CDEW 1204R-R - 4.76
CDEW 1204R-F 200 4.76

The second drawing retains the R 200 reference. Grades: EP20, EP55, EP750, EP58, EP29; individual grade cells unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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SPGN, SEGN and SFGN: PCD milling inserts

Dimension drawings show the respective edge positions, views and dimensional references. Metric and printed inch designations occupy separate table columns. The PCD grade overview lists EP20, EP55, EP750, EP58 and EP29. Wiper types and large edge radii follow the illustrated geometry; unmarked grade cells receive no added availability symbol.

SPGN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
SPGN 1203EDR SPGN 42EDR 12.7 1.4 11 15
SPGN 1203EDL SPGN 42EDL 12.7 1.4 11 15
SPGN 1504EDR SPGN 53EDR 15.875 1.4 11 15

Dimension/data block 2.

Metric ISO Inch ISO R T
SPGN 1203EDR SPGN 42EDR 3.18
SPGN 1203EDL SPGN 42EDL 3.18
SPGN 1504EDR SPGN 53EDR 3.18

This table explicitly lists T = 3.18 mm for SPGN 1504EDR; no value is inferred from the size code.

SEGN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
SEGN 1203AFN SEGN 42AFN 12.7 2 20 45
SEGN 1203EFR SEGN 42EFR 12.7 2 20 15
SEGN 1504AFN SEGN 53AFN 15.875 2 20 45
SEGN 1504EFR SEGN 53EFR 15.875 2 20 15

Dimension/data block 2.

Metric ISO Inch ISO R T
SEGN 1203AFN SEGN 42AFN 3.18
SEGN 1203EFR SEGN 42EFR 3.18
SEGN 1504AFN SEGN 53AFN 4.76
SEGN 1504EFR SEGN 53EFR 4.76

SFGN: PCD milling insert

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
SFGN 1203EFR SFGN 42EFR 12.7 2 25 15

Dimension/data block 2.

Metric ISO Inch ISO R T
SFGN 1203EFR SFGN 42EFR 3.18
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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SNEW and SNEW(W): PCD milling inserts

Dimension drawings show the respective edge positions, views and dimensional references. Metric and printed inch designations occupy separate table columns. The PCD grade overview lists EP20, EP55, EP750, EP58 and EP29. Wiper types and large edge radii follow the illustrated geometry; unmarked grade cells receive no added availability symbol.

SNEW: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
NF-SNEW 09T3ADTR 9.525 2.35 15 45
NF-SNEW 09T3ADTR-R 9.525 2.35 15
NF-SNEW 1204AFTR 12.7 3.3 15 45
NF-SNEW 1204AFTR-R 12.7 3.3 15

Dimension/data block 2.

Metric ISO Inch ISO R T
NF-SNEW 09T3ADTR 3.97
NF-SNEW 09T3ADTR-R 0.5 3.97
NF-SNEW 1204AFTR 4.76
NF-SNEW 1204AFTR-R 1 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

SNEW(W): PCD wiper inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
NF-SNEW 09T3ADTR-W 9.525 2.6 15 45
NF-SNEW 1204ADFR-W 12.7 5 15 45

Dimension/data block 2.

Metric ISO Inch ISO R T
NF-SNEW 09T3ADTR-W 100 3.97
NF-SNEW 1204ADFR-W 300 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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TPGN, TEGN and LDCN: PCD milling inserts

Dimension drawings show the respective edge positions, views and dimensional references. Metric and printed inch designations occupy separate table columns. The PCD grade overview lists EP20, EP55, EP750, EP58 and EP29. Wiper types and large edge radii follow the illustrated geometry; unmarked grade cells receive no added availability symbol.

TPGN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
TPGN 1603PDR TPGN 32PDR 12.7 1.2 11 30
TPGN 1603PDL TPGN 32PDL 12.7 1.2 11 30
TPGN 2204PDR TPGN 43PDR 15.88 1.4 11 30

Dimension/data block 2.

Metric ISO Inch ISO R T
TPGN 1603PDR TPGN 32PDR 3.18
TPGN 1603PDL TPGN 32PDL 3.18
TPGN 2204PDR TPGN 43PDR 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

TEGN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
TEGN 1603PER TEGN 32PER 12.7 1.2 20 30
TEGN 2204PER TEGN 43PER 15.88 1.4 20 30

Dimension/data block 2.

Metric ISO Inch ISO R T
TEGN 1603PER TEGN 32PER 0.8 3.18
TEGN 2204PER TEGN 43PER 0.8 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

LDCN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α L
LDCN 190412R LDCN 12.7 15 19.05
LDCN 190412L 12.7 15 19.05

Dimension/data block 2.

Metric ISO Inch ISO R T
LDCN 190412R LDCN 1.2 4.76
LDCN 190412L 1.2 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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LFCN, GDCN and YDEN: PCD milling inserts

Dimension drawings show the respective edge positions, views and dimensional references. Metric and printed inch designations occupy separate table columns. The PCD grade overview lists EP20, EP55, EP750, EP58 and EP29. Wiper types and large edge radii follow the illustrated geometry; unmarked grade cells receive no added availability symbol.

LFCN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO W Z α L
LFCN 190412R LFCN 12.7 25 19.05
LFCN 190412L 12.7 25 19.05

Dimension/data block 2.

Metric ISO Inch ISO R T
LFCN 190412R LFCN 1.2 4.76
LFCN 190412L 1.2 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

GDCN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO W Z α L
GDCN 2004PDFR GDCN 12.7 15 20
GDCN 2004PDFL 12.7 15 20

Dimension/data block 2.

Metric ISO Inch ISO R T
GDCN 2004PDFR GDCN 1.2 4.76
GDCN 2004PDFL 1.2 4.76

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

YDEN: PCD milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
YDEN 1505ADFR 12.7 15 15.875
YDEN 1505ADFR-WD 12.28 15 15.925

Dimension/data block 2.

Metric ISO Inch ISO R T
YDEN 1505ADFR 1.6 5.675
YDEN 1505ADFR-WD 0.8 5.675

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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SD and high-feed cartridges

SDR identifies standard face rough milling, SDR-A corner rough milling, SDR-R standard face rough milling with a nose radius and SDR-ES roughing with an edge hone. SDW identifies the standard face-milling wiper type and SDW-ES its edge-honed version. CFR and CFW identify CF roughing and CF wiper cartridges. HFR and HFW belong to the high-feed type. Customised tools for faces, slots, chamfers and profiles are designed to your requirements.

SDR: PCD cartridges

Item W V L R T
SDR 13.5 15 30 12
SDR-A 13.5 0 30 12
SDR-R 13.5 15 30 0.4 12
SDR-ES 13.5 15 30 12

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

HFR: PCD cartridges

Item W V L R T
HFR 10 15 25 11
HFR-A 10 0 25 11
HFR-R 10 15 25 0.4 11
HFR-ES 10 15 25 11

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

SDW: PCD wiper cartridges

Item W L R T
SDW 13 30 400 12
SDW-ES 13 30 400 12

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

HFW: PCD wiper cartridges

Item W L R T
HFW 9.8 25 400 11
HFW-ES 9.8 25 400 11

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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CF cartridges and customised designs

SDR identifies standard face rough milling, SDR-A corner rough milling, SDR-R standard face rough milling with a nose radius and SDR-ES roughing with an edge hone. SDW identifies the standard face-milling wiper type and SDW-ES its edge-honed version. CFR and CFW identify CF roughing and CF wiper cartridges. HFR and HFW belong to the high-feed type. Customised tools for faces, slots, chamfers and profiles are designed to your requirements.

CFR: PCD cartridges

Item W V L R T
CFR 10.5 15 25 10
CFR-A 10.5 0 25 10
CFR-R 10.5 15 25 0.4 10
CFR-ES 10.5 15 25 10

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

CFW: PCD wiper cartridges

Item W L R T
CFW 10 25 400 10
CFW-ES 10 25 400 10

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
CF cartridges and customised designs: Tool view.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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PCBN milling inserts

The PCBN milling programme includes the following insert shapes and customised designs.

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PCBN milling inserts: dimensions and designs

Tables and dimension drawings retain the listed insert shapes, ISO designations, edge radii and dimensional references. The PCBN grade overview names EB11, EB210, EB51, EB71 and EB710. Customised designs for faces, slots, chamfers and profiles are adapted to your application.

SPGN: PCBN milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
SPGN 1203EDR SPGN 42EDR 12.7 1.4 11 15
SPGN 1203EDL SPGN 42EDL 12.7 1.4 11 15
SPGN 1504EDR SPGN 53EDR 15.9 1.4 11 15

Dimension/data block 2.

Metric ISO Inch ISO R T
SPGN 1203EDR SPGN 42EDR 3.18
SPGN 1203EDL SPGN 42EDL 3.18
SPGN 1504EDR SPGN 53EDR 3.18

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

SNGN: PCBN milling inserts

Dimension/data block 1.

Metric ISO Inch ISO W Z V R
SNGN 1506APTR SNGN 54APTR 12.7 2.5 30 250
SNGN 1506APTL SNGN 54APTL 12.7 2.5 30 250

Dimension/data block 2.

Metric ISO Inch ISO T L
SNGN 1506APTR SNGN 54APTR 6.35 15.875
SNGN 1506APTL SNGN 54APTL 6.35 15.875

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

SNEW: PCBN milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
SNEW 09T3ADFR SNEW 3(2.5)ADFR 9.525 2.6 15 45
SNEW 1203ADTR SNEW 42ADTR 12.7 7 15 45

Dimension/data block 2.

Metric ISO Inch ISO R T
SNEW 09T3ADFR SNEW 3(2.5)ADFR 3.97
SNEW 1203ADTR SNEW 42ADTR 300 3.18

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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PCBN milling inserts: dimensions and designs

Tables and dimension drawings retain the listed insert shapes, ISO designations, edge radii and dimensional references. The PCBN grade overview names EB11, EB210, EB51, EB71 and EB710. Customised designs for faces, slots, chamfers and profiles are adapted to your application.

LDCN: PCBN milling inserts

Dimension/data block 1.

Metric ISO Inch ISO W Z α L
LDCN 190412R 12.7 15 19.1
LDCN 190412L 12.7 15 19.1

Dimension/data block 2.

Metric ISO Inch ISO R T
LDCN 190412R 1.2 4.76
LDCN 190412L 1.2 4.76

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

OPHX: PCBN milling inserts

Dimension/data block 1.

Metric ISO Inch ISO I.C. Z α V
OPHX 0504ZZN-R 12.7 11
OPHX 0504ZZR 12.7 11
OPHX 0504ZZL 12.7 11

Dimension/data block 2.

Metric ISO Inch ISO R T
OPHX 0504ZZN-R - 4.76
OPHX 0504ZZR 300 4.76
OPHX 0504ZZL 300 4.76

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
PCBN milling inserts: dimensions and designs: Tool view.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.
Insert: isolated dimensioned drawing with unchanged geometry symbols.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Aluminium cutter bodies

Aluminium bodies and special inserts are designed for high cutting speeds and precise machining. The lightweight body facilitates setting. The illustrated manufacturer comparison states 50% less weight than a steel body; this is a design-specific comparison. The design supports good milling performance and machining quality, long service life, low cutting resistance, high productivity and process stability.

Aluminium cutter bodies: Tool view.
Aluminium cutter bodies: Tool view.

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CF: cutter body and spare parts

Section and exploded drawings show the body, cartridges and fasteners with their respective position numbers. Cutter bodies and cartridges are combined according to standard, wiper or high-feed design. Shoulder cartridges are available to customer requirements. Spare parts are charged separately.

CF: cutter bodies

Dimension/data block 1.

Standard item High-feed item ØD Ød A B
CF 08050-6R(L) CF 08050-10R(L) 80 25.4 9.5 6
CF 10063-10R(L) CF 10063-12R(L) 100 31.75 12.7 8
CF 12563-12R(L) CF 12563-16R(L) 125 38.1 15.9 10
CF 16063-16R(L) CF 16063-18R(L) 160 50.8 19.0 11
CF 20063-20R(L) CF 20063-24R(L) 200 47.625 25.4 14
CF 25063-24R(L) CF 25063-30R(L) 250 47.625 25.4 14

Dimension/data block 2.

Standard item T Standard teeth High-feed teeth Weight [kg] Arbor
CF 08050-6R(L) 50 6 10 0.7 FMA 25.4
CF 10063-10R(L) 63 10 12 1.0 FMA 31.75
CF 12563-12R(L) 63 12 16 1.8 FMA 38.1
CF 16063-16R(L) 63 16 18 2.9 FMA 50.8
CF 20063-20R(L) 63 20 24 4.5 FMA 47.625
CF 25063-24R(L) 63 24 30 7.0 FMA 47.625

Dimensions in mm. Roughing cartridges CFR(R), CFR(L); wiper cartridges CFW(R), CFW(L). Shoulder cartridges available to customer requirements.

CF: spare parts

Position Component Item/dimension
1 Cartridge (Rough) CFR
1 Cartridge (Wiper) CFW
2 Double Bolt M8M5-7
3 Clamp Bolt M5×12
4 Adjust Bolt M5×8
Coolant Bolt

Spare parts are charged separately.

CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
CF: cutter body and spare parts: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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CF: cartridge setting

For CF/SD, A identifies the side clamp bolt, B the clamp bolt and C the adjustment bolt. First install the adjustment bolt in the cutter body and insert the cartridge. Gently tighten the clamp bolt and side clamp bolt. Press the cartridge down while clamping and temporarily tighten the bolts to 3 Nm with a torque wrench. Use the adjustment bolt to set the front cutting-edge height 10 µm below the target. Then tighten the clamp bolt and side clamp bolt to 10 Nm and use the adjustment bolt to set the edge to the target height. This setting sequence and these torques apply to the cartridge design illustrated here.

CFR: cartridges for the CF cutter body

Item W V L R T
CFR 10.5 15 25 10
CFR-A 10.5 0 25 10
CFR-R 10.5 15 25 0.4 10
CFR-ES 10.5 15 25 10

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

CFW: wiper cartridge for the CF cutter body

Item W L R T
CFW 10 25 400 10

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

CF: cartridge setting: Tool view.
CF: cartridge setting: Tool view.

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SD: cutter body and spare parts

Section and exploded drawings show the body, cartridges and fasteners with their respective position numbers. Cutter bodies and cartridges are combined according to standard, wiper or high-feed design. Shoulder cartridges are available to customer requirements. Spare parts are charged separately.

SD: cutter bodies

Dimension/data block 1.

Item, inch arbor ØD Ød A B T
SD 08050-6R(L) 80 25.4 9.5 6 50
SD 10063-8R(L) 100 31.75 12.7 8 63
SD 12563-10R(L) 125 38.1 15.9 10 63
SD 16063-12R(L) 160 50.8 19.0 11 63
SD 20063-16R(L) 200 47.625 25.4 14 63
SD 25063-18R(L) 250 47.625 25.4 14 63

Dimension/data block 2.

Item, inch arbor Teeth Weight [kg] Arbor
SD 08050-6R(L) 6 0.7 FMA 25.4
SD 10063-8R(L) 8 1.0 FMA 31.75
SD 12563-10R(L) 10 1.8 FMA 38.1
SD 16063-12R(L) 12 2.9 FMA 50.8
SD 20063-16R(L) 16 4.5 FMA 47.625
SD 25063-18R(L) 18 7.0 FMA 47.625

Dimensions in mm. Roughing cartridges SDR(R/L), wiper cartridges SDW(R/L). Shoulder cartridges available to customer requirements.

SD: spare parts

Position Component Item/dimension
1 Cartridge (Rough) SDR
1 Cartridge (Wiper) SDW
2 Double Bolt M6×M10-8
3 Clamp Bolt M6×15
4 Side Clamp Bolt M6×10
5 Adjust Bolt M5×0.8
6 Chip Cover 4×9.5×18
7 Chip Cover Bolt M4×10
8 Balancing Bolt M6×10
Coolant Bolt

Spare parts are charged separately.

SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
SD: cutter body and spare parts: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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SD: cartridge setting

For CF/SD, A identifies the side clamp bolt, B the clamp bolt and C the adjustment bolt. First install the adjustment bolt in the cutter body and insert the cartridge. Gently tighten the clamp bolt and side clamp bolt. Press the cartridge down while clamping and temporarily tighten the bolts to 3 Nm with a torque wrench. Use the adjustment bolt to set the front cutting-edge height 10 µm below the target. Then tighten the clamp bolt and side clamp bolt to 10 Nm and use the adjustment bolt to set the edge to the target height. This setting sequence and these torques apply to the cartridge design illustrated here.

SDR: cartridges for the SD cutter body

Dimension/data block 1.

Item W V α L R
SDR 13.5 15 11 30
SDR-A 13.5 0 11 30
SDR-R 13.5 15 11 30 0.4
SDR-ES (EDGE HONE) 13.5 15 11 30

Dimension/data block 2.

Item T
SDR 12
SDR-A 12
SDR-R 12
SDR-ES (EDGE HONE) 12

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

SDW: wiper cartridges for the SD cutter body

Dimension/data block 1.

Item W Z α L R
SDW 13 11 30 400
SDW-ES (EDGE HONE) 13 11 30 400

Dimension/data block 2.

Item T
SDW 12
SDW-ES (EDGE HONE) 12

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

SD: cartridge setting: Tool view.
SD: cartridge setting: Tool view.
SD: cartridge setting: Tool view.
SD: cartridge setting: Tool view.

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HF: cutter body and spare parts

Section and exploded drawings show the body, cartridges and fasteners with their respective position numbers. Cutter bodies and cartridges are combined according to standard, wiper or high-feed design. Shoulder cartridges are available to customer requirements. Spare parts are charged separately.

HF: high-feed cutter bodies

Dimension/data block 1.

Item, inch arbor ØD Ød A B T
HF 08050-10R(L) 80 25.4 9.5 6 50
HF 10063-12R(L) 100 31.75 12.7 8 63
HF 12563-15R(L) 125 38.1 15.9 10 63
HF 16063-18R(L) 160 50.8 19.0 11 63
HF 25063-24R(L) 200 47.625 25.4 14 63
HF 25063-30R(L) 250 47.625 25.4 14 63

Dimension/data block 2.

Item, inch arbor Teeth Weight [kg] Arbor
HF 08050-10R(L) 10 0.7 FMA 25.4
HF 10063-12R(L) 12 1.0 FMA 31.75
HF 12563-15R(L) 15 1.8 FMA 38.1
HF 16063-18R(L) 18 2.9 FMA 50.8
HF 25063-24R(L) 24 4.5 FMA 47.625
HF 25063-30R(L) 30 7.0 FMA 47.625

Dimensions in mm. Roughing cartridges HFR(R/L), wiper cartridges HFW(R/L). The source assigns HF 25063-24R(L) to diameter 200 mm; confirm this combination before ordering. Shoulder cartridges available on request.

HF: spare parts

Position Component Item/dimension
1 Cartridge (Rough) HFR
1 Cartridge (Wiper) HFW
2 Double Bolt M8M5-7
3 Clamp Bolt M5×12
4 Adjust Bolt M5×8
Coolant Bolt

Spare parts are charged separately.

HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
HF: cutter body and spare parts: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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HF: cartridge setting

For HF, A identifies the clamp bolt and B the adjustment bolt. First install the adjustment bolt in the cutter body and insert the cartridge. Gently tighten the clamp bolt. Press the cartridge down while clamping and temporarily tighten the bolt to 3 Nm with a torque wrench. Use the adjustment bolt to set the front cutting-edge height 10 µm below the target. Then tighten the clamp bolt to 10 Nm and use the adjustment bolt to set the edge to the target height. This setting sequence and these torques apply to the cartridge design illustrated here.

HFR: cartridges for the HF cutter body

Dimension/data block 1.

Item W Z α L R
HFR 10 15 11 25
HFR-A 10 0 11 25
HFR-R 10 15 11 25 0.4
HFR-ES 10 15 11 25

Dimension/data block 2.

Item T
HFR 11
HFR-A 11
HFR-R 11
HFR-ES 11

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

HFW: wiper cartridges for the HF cutter body

Dimension/data block 1.

Item W Z α L R
HFW 9.8 25 400
HFW-ES 9.8 25 400

Dimension/data block 2.

Item T
HFW 11
HFW-ES 11

Dimensions in mm; angular references follow the drawing. PCD grade headings EP20, EP55, EP750, EP58 and EP29; individual grade cells are unmarked.

HF: cartridge setting: Tool view.
HF: cartridge setting: Tool view.
HF: cartridge setting: Tool view.
HF: cartridge setting: Tool view.

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Aluminium cutter bodies: additional types

Types distinguish diameter D, tooth count Z, mounting dimension H, body thickness T and right-/left-hand design. Views retain the original directional and dimensional references.

Aluminium cutter bodies: RH/LH types

Item D Z H T
120D-35T-24H-10Z-RH 120 10 24 35
120D-35T-24H-10Z-LH 120 10 24 35
158D-40T-70H-6Z-RH 158 6 70 40
158D-40T-70H-6Z-LH 158 6 70 40
198D-45T-40H-6Z-RH 198 6 40 45
198D-45T-40H-6Z-LH 198 6 40 45
220D-40T-65H-6Z-RH 220 6 65 40
220D-40T-65H-6Z-LH 220 6 65 40
248D-45T-40H-12Z-RH 248 12 40 45
248D-45T-40H-12Z-LH 248 12 40 45

Dimensions in mm; Z identifies the number of teeth. The source lists the items under Inch type; dimension columns explicitly use mm.

Aluminium cutter bodies: additional types: Tool view.
Aluminium cutter bodies: additional types: Tool view.
Aluminium cutter bodies: additional types: Tool view.
Aluminium cutter bodies: additional types: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Made-to-order milling tools

PCD inserts and cartridges can be customised. Samples are required for cartridge production. The section drawing retains D, T, A, B and H as references for specification.

Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.
Made-to-order milling tools: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Steel cutter bodies and PCBN inserts

The illustrated steel cutter bodies and SNGN inserts correspond to the types listed in the tables. Drawings retain D, H and T and the edge geometry. Customised PCBN inserts and cartridges require samples or drawings of the tool currently in use.

Steel cutter bodies

Item D Z H T
125D-63T-40H-16Z 125 16 40 63
160D-63T-40H-18Z 160 18 40 63
200D-63T-60H-12Z 200 12 60 63
250D-63T-50H-24Z 250 24 50 63
250D-45T-109.88H-16Z 250 16 109.88 45

Dimensions in mm; Z identifies the number of teeth.

SNGN: PCBN inserts for steel cutter bodies

Dimension/data block 1.

Metric ISO Inch ISO W α V R
SNGN 1506APTR SNGN 54APTR 12.7 11 45 250
SNGN 1506APTL SNGN 54APTL 12.7 11 45 250

Dimension/data block 2.

Metric ISO Inch ISO T L
SNGN 1506APTR SNGN 54APTR 6.35 15.9
SNGN 1506APTL SNGN 54APTL 6.35 15.9

Dimensions in mm; angular references follow the drawing. PCBN grade headings EB11, EB210, EB51, EB71 and EB710; individual grade cells are unmarked.

Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Steel cutter bodies and PCBN inserts: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Tool designs

Tool designs: Component and machining view.
Tool designs: Component and machining view.

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Rotating tools

The rotating-tool programme covers high-speed steel, solid carbide, carbide-tipped tools, cermet, PCD and PCBN, with or without internal coolant. Tool and workpiece examples show designs for different hole-making and machining tasks.

Rotating tools: Component and machining view.
Rotating tools: Component and machining view.
Rotating tools: Tool view.
Rotating tools: Tool view.
Rotating tools: Tool view.
Rotating tools: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Rotating tools: design examples

Rotating tools: design examples: Tool view.
Rotating tools: design examples: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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PCD/CVD square and ball-nose end mills

EDES identifies PCD/CVD square end mills. Common designs cover diameters D3 to D20 with different edge lengths. Illustrated edges have a 0° axial angle; types with coolant supply and without internal supply are shown. Discuss over-centre cutting types and coolant holes separately with us.

EDEB identifies PCD/CVD ball-nose end mills. One or two teeth are selected to suit the diameter. The dimension drawing retains radius R and the shaft designation Ød h6. Coolant holes require separate discussion.

EDES: PCD/CVD square end mills

Dimension/data block 1.

Item D d L1 L2 L
EDES 10303-0515-60 3 3 5 15 60
EDES 10404-0715-60 4 4 7 15 60
EDES 10505-1020-60 5 5 10 20 60
EDES 10606-1020-60 6 6 10 20 60
EDES 20808-1020-60 8 8 10 20 60
EDES 21010-1030-75 10 10 10 30 75
EDES 21212-1035-85 12 12 10 35 85
EDES 21616-1035-85 16 16 10 35 85
EDES 22020-1040-100 20 20 10 40 100

Dimension/data block 2.

Item Z
EDES 10303-0515-60 1
EDES 10404-0715-60 1
EDES 10505-1020-60 1
EDES 10606-1020-60 1
EDES 20808-1020-60 2
EDES 21010-1030-75 2
EDES 21212-1035-85 2
EDES 21616-1035-85 2
EDES 22020-1040-100 2

EDEB: PCD/CVD ball-nose end mills

Dimension/data block 1.

Item D d L1 L2 L
EDEB 10303-0515-60 3 3 5 15 60
EDEB 10404-0715-60 4 4 7 15 60
EDEB 10505-1020-60 5 5 10 20 60
EDEB 10606-1020-60 6 6 10 20 60
EDEB 20606-1020-60 6 6 10 20 60
EDEB 20808-1020-60 8 8 10 20 60
EDEB 21010-1020-80 10 10 10 20 80
EDEB 21212-1020-80 12 12 10 20 80

Dimension/data block 2.

Item Z
EDEB 10303-0515-60 1
EDEB 10404-0715-60 1
EDEB 10505-1020-60 1
EDEB 10606-1020-60 1
EDEB 20606-1020-60 2
EDEB 20808-1020-60 2
EDEB 21010-1020-80 2
EDEB 21212-1020-80 2
PCD/CVD square and ball-nose end mills: Tool view.
PCD/CVD square and ball-nose end mills: Tool view.
PCD/CVD square and ball-nose end mills: Tool view.
PCD/CVD square and ball-nose end mills: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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EBEB: PCBN ball-nose end mills

EBEB identifies PCBN ball-nose end mills. The specific design on this page states diameters of 2.0 to 3.0 mm, two teeth and a 35° helix angle. Types with coolant supply and without internal supply are illustrated. The table lists the corresponding neck and overall lengths. The source’s general introductory sentence states D3 to D20; the examples listed here are therefore specified by their individual table dimensions.

EBEB: PCBN ball-nose end mills

Dimension/data block 1.

Item D R L1 L2 L
EBEB 20204-0104-50 2 1 1.2 4 50
EBEB 20204-0106-50 2 1 1.2 6 50
EBEB 20204-0108-50 2 1 1.2 8 50
EBEB 20204-0110-50 2 1 1.2 10 50
EBEB 20204-0112-50 2 1 1.2 12 50
EBEB 20204-0114-50 2 1 1.2 14 50
EBEB 20204-0116-50 2 1 1.2 16 50
EBEB 20204-0118-50 2 1 1.2 18 50
EBEB 20204-0120-50 2 1 1.2 20 50
EBEB 20306-1.508-66 3 1.5 1.8 8 66
EBEB 20306-1.510-66 3 1.5 1.8 10 66
EBEB 20306-1.512-66 3 1.5 1.8 12 66
EBEB 20306-1.516-66 3 1.5 1.8 16 66
EBEB 20306-1.520-66 3 1.5 1.8 20 66
EBEB 20306-1.525-66 3 1.5 1.8 25 66
EBEB 20306-1.530-66 3 1.5 1.8 30 66

Dimension/data block 2.

Item d
EBEB 20204-0104-50 4
EBEB 20204-0106-50 4
EBEB 20204-0108-50 4
EBEB 20204-0110-50 4
EBEB 20204-0112-50 4
EBEB 20204-0114-50 4
EBEB 20204-0116-50 4
EBEB 20204-0118-50 4
EBEB 20204-0120-50 4
EBEB 20306-1.508-66 6
EBEB 20306-1.510-66 6
EBEB 20306-1.512-66 6
EBEB 20306-1.516-66 6
EBEB 20306-1.520-66 6
EBEB 20306-1.525-66 6
EBEB 20306-1.530-66 6
EBEB: PCBN ball-nose end mills: Tool view.
EBEB: PCBN ball-nose end mills: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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EDEM: monoblock end mills

EDEM identifies PCD/CVD monoblock end mills. Drawings show HSK and BT types with ØD ±0.05 and Z, L1 and L references. Available connections are HSK 32, 40, 50, 63 and 100, plus BT 30, 40 and 50, SK 30, 40 and 50 and CAT 30, 40 and 50. Specific table items retain their listed connections.

EDEM: PCD/CVD monoblock end mills

Item ØD d L1 L Type
EDEM 0832-HSKA63 30 8 14 150 HSKA63
EDEM 0840-HSKA63 40 8 14 150 HSKA63
EDEM 0850-HSKA63 50 8 14 150 HSKA63
EDEM 1463-HSKA63 63 14 14 150 HSKA63
EDEM 1463-HSKA100 63 14 14 150 HSKA100
EDEM 1463-BT40 63 14 14 150 BT40

The source lists EDEM 0832-HSKA63 with ØD = 30 mm; the code is not used to silently alter the dimension.

Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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EDEH: helical PCD end mills

The special helical PCD end mill is designed for high cutting performance and long tool life. Its edge geometry supports favourable cutting forces and high removal rates. Illustrations distinguish the shown tooth counts, a positive axial angle and types with or without internal coolant supply.

EDEH: helical PCD end mills

Dimension/data block 1.

Item D d L1 L2 L
EDEH 31616-30-120 16 16 30 50 120
EDEH 32020-30-120 20 20 30 50 120
EDEH 32525-30-120 25 25 30 50 120
EDEH 33032-30-120 30 32 30 50 120

Dimension/data block 2.

Item F
EDEH 31616-30-120 3
EDEH 32020-30-120 3
EDEH 32525-30-120 3
EDEH 33032-30-120 4
EDEH: helical PCD end mills: Tool view.
EDEH: helical PCD end mills: Tool view.
EDEH: helical PCD end mills: Tool view.
EDEH: helical PCD end mills: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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End mills to customer requirements

The illustrated customised types cover faces, slots, chamfers and profiles. Tool geometry and edge arrangement are adapted to your machining task.

End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.
End mills to customer requirements: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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PCD reamers: standard and chip-breaker types

EDRS identifies straight-flute PCD reamers. EDRS CB identifies the corresponding chip-breaker type. Both dimension drawings retain Ød h6. Types with and without internal coolant supply are illustrated. Chip-breaker design varies with cutting conditions. Chip images illustrate long chips and shorter, broken chips; the source identifies the edge detail as the normal type.

EDRS: PCD reamers

Dimension/data block 1.

Item ØD Ød L1 L2 L
EDRS 20406-15-60 4 6 15 45 60
EDRS 20506-15-60 5 6 15 45 60
EDRS 20606-25-80 6 6 25 55 80
EDRS 20808-25-80 8 8 25 55 80
EDRS 21010-40-100 10 10 40 60 100
EDRS 21212-40-100 12 12 40 60 100

Dimension/data block 2.

Item Z
EDRS 20406-15-60 2
EDRS 20506-15-60 2
EDRS 20606-25-80 2
EDRS 20808-25-80 2
EDRS 21010-40-100 2
EDRS 21212-40-100 2

EDRS CB: PCD reamers

Dimension/data block 1.

Item ØD Ød L1 L2 L
EDRS CB 20406-15-60 4 6 15 45 60
EDRS CB 20506-15-60 5 6 15 45 60
EDRS CB 20606-25-80 6 6 25 55 80
EDRS CB 20808-25-80 8 8 25 55 80
EDRS CB 21010-40-100 10 10 40 60 100
EDRS CB 21212-40-100 12 12 40 60 100

Dimension/data block 2.

Item Z
EDRS CB 20406-15-60 2
EDRS CB 20506-15-60 2
EDRS CB 20606-25-80 2
EDRS CB 20808-25-80 2
EDRS CB 21010-40-100 2
EDRS CB 21212-40-100 2
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
PCD reamers: standard and chip-breaker types: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Customised reamers and combination tools

Product examples show different reamer and combination-tool geometries for faces, slots, chamfers and profiles. EHWA adapts the tool design to your requirements.

Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.
Customised reamers and combination tools: Tool view.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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Helical PCD drills: HELIX E, S and D

HELIX E identifies the Economic PCD design EDDHE; HELIX S the Sandwich PCD design EDDHS. HELIX D shows the Dom PCD design. End and side images retain their different cutting-material arrangements. Dimension drawings identify ØD, L1, L and Ød h6; item and dimension tables retain every listed size.

EDDHE(or S): helical PCD drills

Item ØD L1 L Ød
EDDHE(or S) 20303-30-80 3 30 80 3
EDDHE(or S) 20404-30-80 4 30 80 4
EDDHE(or S) 20505-30-80 5 30 80 5
EDDHE(or S) 20606-30-80 6 30 80 6
EDDHE(or S) 20707-35-90 7 35 90 7
EDDHE(or S) 20808-35-90 8 35 90 8
EDDHE(or S) 20909-40-100 9 40 100 9
EDDHE(or S) 21010-40-100 10 40 100 10
EDDHE(or S) 21111-50-110 11 50 110 11
EDDHE(or S) 21212-50-110 12 50 110 12

EDHDD: helical PCD drills

Item ØD L1 L Ød
EDHDD 20303-30-80 3 30 80 3
EDHDD 20404-30-80 4 30 80 4
EDHDD 20505-30-80 5 30 80 5
EDHDD 20606-30-80 6 30 80 6
EDHDD 20707-35-90 7 35 90 7
EDHDD 20808-35-90 8 35 90 8
EDHDD 20909-40-100 9 40 100 9
EDHDD 21010-40-100 10 40 100 10
EDHDD 21111-50-110 11 50 110 11
EDHDD 21212-50-110 12 50 110 12

Dimensions in mm. The second table prints EDHDD; its legend says EDDHD (Dom PCD). Confirm the ordering designation accordingly.

Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Helical PCD drills: HELIX E, S and D: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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EDDS: straight-flute PCD drills

EDDS identifies straight-flute PCD drills listed under the source term burnishing drill. The dimension drawing retains ØD, L1, L and Ød h6. Customised designs for faces, slots, chamfers and profiles are adapted to your requirements.

EDDS: straight-flute PCD drills

Item ØD L1 L Ød
EDDS 20505-30-80 5 30 80 5
EDDS 20606-30-80 6 30 80 6
EDDS 20707-35-90 7 35 90 7
EDDS 20808-35-90 8 35 90 8
EDDS 20909-40-100 9 40 100 9
EDDS 21010-40-100 10 40 100 10
EDDS 21111-50-110 11 50 110 11
EDDS 21212-50-110 12 50 110 12
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
EDDS: straight-flute PCD drills: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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EDTMS: drill thread milling

EDTMS identifies straight-flute diamond thread milling tools. The tool drawing retains the 140° point angle, the illustrated 40° reference and D, D1, D2, Dc, d, W, Le, L1, L2, L3 and L. Types 1.5 × D, 2.0 × D and 2.5 × D retain their separate thread lengths.

The source’s BGF thread reference names metric ISO threads according to DIN 13 and DIN 8140. In the hole drawing, BT means drill depth, EL thread engagement and TL full thread length; D, D1, D3.1 and D9 references and 140° and 90° are retained. Specify the required thread and, where applicable, the wire thread insert for the actual design.

EDTMS: drill thread milling tools

Dimension/data block 1.

Item L L3 L1 L2 W
EDTMS 1.5D M8-1.25 70.3 14.4 13.4 40 1.3
EDTMS 1.5D M10-1.5 74.5 18.9 17.6 45 1.5
EDTMS 1.5D M12-1.75 83.8 21.8 20.2 45 1.5
EDTMS 2.0D M8-1.25 74 18.2 17.1 40 1.3
EDTMS 2.0D M10-1.5 79 23.4 22.1 45 1.5
EDTMS 2.0D M12-1.75 89 27.1 25.5 45 1.5
EDTMS 2.0D M14-2.00 102 32.8 30.9 48 1.5
EDTMS 2.0D M16-2.00 102 37.1 35 48 1.5
EDTMS 2.5D M8-1.25 74 23.2 22.1 40 1.3
EDTMS 2.5D M10-1.50 79 27.9 26.6 45 1.5
EDTMS 2.5D M12-1.75 89 34.1 32.5 45 1.5
EDTMS 2.5D M14-2.00 102 38.8 36.9 48 1.5
EDTMS 2.5D M16-2.00 102 45.1 43 48 1.5

Dimension/data block 2.

Item D d D1 Dc D2
EDTMS 1.5D M8-1.25 6.8 10 9 8.3 6.45
EDTMS 1.5D M10-1.5 7.5 12 11 10.3 8.08
EDTMS 1.5D M12-1.75 10.3 14 13.5 12.3 9.74
EDTMS 2.0D M8-1.25 6.8 10 9 8.3 6.45
EDTMS 2.0D M10-1.5 8.5 12 11 10.3 8.08
EDTMS 2.0D M12-1.75 10.3 14 13.5 12.3 9.74
EDTMS 2.0D M14-2.00 12 16 15.5 14.3 11.35
EDTMS 2.0D M16-2.00 14 18 17.5 16.3 13.28
EDTMS 2.5D M8-1.25 6.8 10 9 8.3 6.45
EDTMS 2.5D M10-1.50 8.5 12 11 10.3 8.08
EDTMS 2.5D M12-1.75 10.3 14 13.5 12.3 9.74
EDTMS 2.5D M14-2.00 12 16 15.5 14.3 11.35
EDTMS 2.5D M16-2.00 14 18 17.5 16.3 13.28

Dimension/data block 3.

Item Z
EDTMS 1.5D M8-1.25 2
EDTMS 1.5D M10-1.5 2
EDTMS 1.5D M12-1.75 2
EDTMS 2.0D M8-1.25 2
EDTMS 2.0D M10-1.5 2
EDTMS 2.0D M12-1.75 2
EDTMS 2.0D M14-2.00 2
EDTMS 2.0D M16-2.00 2
EDTMS 2.5D M8-1.25 2
EDTMS 2.5D M10-1.50 2
EDTMS 2.5D M12-1.75 2
EDTMS 2.5D M14-2.00 2
EDTMS 2.5D M16-2.00 2

1.5 × D: thread lengths

Dimension/data block 1.

Thread D1 BT D3.1 D9 EL
M8 6,75 13,35 8,30 8,41 12,15
M10 8,50 17,60 10,30 10,54 16,06
M12 10,30 20,25 12,30 12,65 18,45
M14 12,00 22,90 14,30 14,81 20,90
M16 14,00 27,00 16,30 16,88 25,00

Dimension/data block 2.

Thread TL
M8 10,45
M10 14,00
M12 16,35
M14 18,60
M16 22,60

Dimensions in mm. BT: drill depth; EL: thread engagement; TL: full thread length. Source reference: metric ISO thread DIN 13 / DIN 8140.

2.0 × D: thread lengths

Dimension/data block 1.

Thread D1 BT D3.1 D9 EL
M8 6,75 17,10 8,30 8,41 15,90
M10 8,50 22,10 10,30 10,54 20,60
M12 10,30 25,50 12,30 12,65 23,70
M14 12,00 30,90 14,30 14,81 28,90
M16 14,00 35,00 16,30 16,88 33,00

Dimension/data block 2.

Thread TL
M8 14,20
M10 18,50
M12 21,60
M14 26,60
M16 30,60

Dimensions in mm. BT: drill depth; EL: thread engagement; TL: full thread length. Source reference: metric ISO thread DIN 13 / DIN 8140.

2.5 × D: thread lengths

Dimension/data block 1.

Thread D1 BT D3.1 D9 EL
M8 6,75 22,10 8,30 8,41 20,90
M10 8,50 26,60 10,30 10,54 25,10
M12 10,30 32,50 12,30 12,65 30,70
M14 12,00 36,90 14,30 14,81 34,90
M16 14,00 43,00 16,30 16,88 41,00

Dimension/data block 2.

Thread TL
M8 19,20
M10 23,00
M12 28,60
M14 32,60
M16 38,60

Dimensions in mm. BT: drill depth; EL: thread engagement; TL: full thread length. Source reference: metric ISO thread DIN 13 / DIN 8140.

EDTMS: drill thread milling: Tool view.
EDTMS: drill thread milling: Tool view.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Tool designs

Tool designs: Tool view.
Tool designs: Tool view.

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PCD saws, V-cutters and bevel cutters

EDSC saws retain diameter ØD, mounting bore Ød, edge/body thicknesses T1 and T2 and tooth count Z. EDVC V-cutters additionally distinguish the illustrated V angle. EDBC bevel cutters retain V, radius R and B angle according to the drawing. Tables show their sizes and selectable types; multiple entries in one cell remain alternatives.

EDSC: PCD saws

Item ØD Ød T1 T2 Z
EDSC-255 255 25.4 / 31.75 2.2 / 2.5 / 3 / 3.2 2.2 40 / 60 / 80
EDSC-305 305 25.4 / 31.75 2.2 / 2.5 / 3 / 3.2 2.2 40 / 60 / 80
EDSC-355 355 25.4 / 31.75 2.2 / 2.5 / 3 / 3.2 2.2 40 / 60 / 80

EDVC: PCD V-cutters

Dimension/data block 1.

Item ØD Ød T1 T2 V
EDVC 100-V 100 20 / 25.4 2 2 35° / 40° / 45°
EDVC 105-V 105 20 / 25.4 2 2 35° / 40° / 45°
EDVC 110-V 110 20 / 25.4 2 2 35° / 40° / 45°
EDVC 120-V 120 20 / 25.4 2 2 35° / 40° / 45°

Dimension/data block 2.

Item Z
EDVC 100-V 20 / 30
EDVC 105-V 20 / 30
EDVC 110-V 20 / 30
EDVC 120-V 20 / 30

EDBC: PCD bevel cutters

Dimension/data block 1.

Item ØD Ød T1 T2 V
EDBC 80-B 80 25.4 5 6.5 / 7 / 7.5 40° / 60° / 90°
EDBC 83-B 83 25.4 5 6.5 / 7 / 7.5 40° / 60° / 90°
EDBC 90-B 90 25.4 5 6.5 / 7 / 7.5 40° / 60° / 90°

Dimension/data block 2.

Item R B
EDBC 80-B 0.2 / 0.5 / 1 3° / 4° / 6° / 8°
EDBC 83-B 0.2 / 0.5 / 1 3° / 4° / 6° / 8°
EDBC 90-B 0.2 / 0.5 / 1 3° / 4° / 6° / 8°
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.
Tool: isolated dimensioned drawing; views and dimension references unchanged.

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Customised disc cutters and combination tools

The illustrated customised types cover faces, slots, chamfers and profiles. Tool design is adapted to your machining task.

Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.
Customised disc cutters and combination tools: Tool view.

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Wearless: backing plates and V-blocks

Design examples show backing plates for bearing machining and prismatic/block-shaped supports identified as V-blocks. Tools retain their illustrated contact surfaces and fastening geometries. Wearless is the programme name for these wear parts.

Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.
Wearless: backing plates and V-blocks: Tool view.

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Wear parts: shoes, centres and gauges

Illustrated shoes/support elements, the dead centre and special gauges retain their respective shapes and contact surfaces. Selection follows the required workpiece guidance, centring or gauging task.

Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.
Wear parts: shoes, centres and gauges: Tool view.

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Guide and support blades

The three illustrated blades retain their different contact surfaces, steps, holes and mounting cut-outs. Designs are matched to the particular guiding and supporting task.

Guide and support blades: Tool view.
Guide and support blades: Tool view.
Guide and support blades: Tool view.
Guide and support blades: Tool view.
Guide and support blades: Tool view.
Guide and support blades: Tool view.

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Application programme

Application programme: Tool view.
Application programme: Tool view.

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Aluminium cylinder head: valve areas and faces

The mapping associates PCBN with valve-seat chamfers and PCD tools with valve guides, port holes, faces and casting excess. Workpiece images identify the machining locations.

Aluminium cylinder head: machining operations

Tool Application
PCBN tool Valve seat chamfering
PCD reamer Valve guide reaming
PCD endmill Valve seat port hole cutting (rough)
PCD step reamer Valve guide parent bore & valve seat spot machining
PCD cutter Mold excess cutting
PCD milling cutter Top face milling (rough & finish)
PCD milling cutter Manifold face milling (rough & finish)
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Component and machining view.
Aluminium cylinder head: valve areas and faces: Component and machining view.
Aluminium cylinder head: valve areas and faces: Component and machining view.
Aluminium cylinder head: valve areas and faces: Component and machining view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.
Aluminium cylinder head: valve areas and faces: Tool view.

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Aluminium cylinder head: bores and bottom face

Examples associate PCD boring tools, milling cutters, step reamers and ball end mills with oil-seal, injector and camshaft-journal bores and the bottom face. Roughing and finishing tasks remain distinct.

Aluminium cylinder head: further machining

Tool Application
PCD boring tool Oil seal bore spot boring (rough & finish)
PCD milling cutter Bottom face milling (rough & finish)
PCD step reamer Injector hole reaming (finish)
PCD tool & insert Cam bore journal (finish)
PCD ball endmill Cam bore journal (rough)
Aluminium cylinder head: bores and bottom face: Component and machining view.
Aluminium cylinder head: bores and bottom face: Component and machining view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Component and machining view.
Aluminium cylinder head: bores and bottom face: Component and machining view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.
Aluminium cylinder head: bores and bottom face: Tool view.

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Cast-iron cylinder block

PCBN milling cutters are assigned to finishing the top, front and rear faces; PCBN inserts to roughing and finishing cylinder bores.

Cast-iron cylinder block

Tool Application
PCBN milling cutter Top, front & rear face milling (finish)
PCBN insert Cylinder boring (rough & finish)
Cast-iron cylinder block: Component and machining view.
Cast-iron cylinder block: Component and machining view.
Cast-iron cylinder block: Tool view.
Cast-iron cylinder block: Tool view.
Cast-iron cylinder block: Tool view.
Cast-iron cylinder block: Tool view.
Cast-iron cylinder block: Component and machining view.
Cast-iron cylinder block: Component and machining view.

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Aluminium-alloy transmission housing

Tools illustrate reaming, face roughing/finishing and grooving. PCD reamers, face milling cutters and monoblock designs retain their illustrated tasks.

Aluminium-alloy transmission housing

Tool Application
PCD reamer Reaming
PCD milling cutter Face milling (rough & finish)
PCD monoblock endmill Face milling (rough & finish)
PCD monoblock cutter Grooving
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Component and machining view.
Aluminium-alloy transmission housing: Component and machining view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.
Aluminium-alloy transmission housing: Tool view.

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Aluminium-alloy valve bodies

PCD inserts and reamers serve the illustrated bore-machining operations; PCD milling cutters rough and finish the top face.

Aluminium-alloy valve bodies

Tool Application
PCD insert & reamer Reaming (rough & finish)
PCD milling cutter Top face milling (rough & finish)
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Component and machining view.
Aluminium-alloy valve bodies: Component and machining view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.
Aluminium-alloy valve bodies: Tool view.

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Gears and clutch

The programme combines diamond burnishing tools, cermet reamers and PCBN inserts for the listed clutch, carrier and turning operations. Interrupted finishing cuts remain explicitly identified.

Gears and clutch

Tool Application
D-burnishing tool Auto clutch burnishing (finish)
Cermet reamer Carrier reaming (finish)
PCBN insert Turning (rough & finish)
PCBN insert Interrupted turning/facing & inner diameter boring (finish)
Gears and clutch: Component and machining view.
Gears and clutch: Component and machining view.
Gears and clutch: Component and machining view.
Gears and clutch: Component and machining view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Component and machining view.
Gears and clutch: Component and machining view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Component and machining view.
Gears and clutch: Component and machining view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.
Gears and clutch: Tool view.

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Transmission shafts

PCBN grooving tools and inserts are assigned to groove and main-shaft finishing. Product and transmission images illustrate the application.

Transmission shaft

Tool Application
PCBN tool Grooving (finish)
PCBN insert & tool Main shaft turning (finish)
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Component and machining view.
Transmission shafts: Component and machining view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Tool view.
Transmission shafts: Component and machining view.
Transmission shafts: Component and machining view.

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Differential gear and case

The illustrated PCBN inserts are assigned to the differential gear and case. Connections identify the shown component surfaces.

Differential: gear and case

Tool Application
PCBN insert Differential gear & case
Differential gear and case: Component and machining view.
Differential gear and case: Component and machining view.
Differential gear and case: Component and machining view.
Differential gear and case: Component and machining view.
Differential gear and case: Tool view.
Differential gear and case: Tool view.
Differential gear and case: Tool view.
Differential gear and case: Tool view.
Differential gear and case: Tool view.
Differential gear and case: Tool view.

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Planetary transmission

PCBN inserts are illustrated for the planetary gear, ring gear and sun gear. The transmission image shows the assembly context.

Planetary transmission

Tool Application
PCBN insert Planetary gear, ring gear and sun gear
Planetary transmission: Component and machining view.
Planetary transmission: Component and machining view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Tool view.
Planetary transmission: Component and machining view.
Planetary transmission: Component and machining view.

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Ball and tapered-roller bearings

Examples show PCBN inserts for hub bearings, diamond gauges and PCD backing plates. Hub-bearing details retain their positions relative to the marked surfaces.

Ball and tapered-roller bearings

Tool Application
PCBN insert Hub bearing
D-gauge Measuring/gauging example
PCD backing plate Backing-plate example
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Component and machining view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.
Ball and tapered-roller bearings: Tool view.

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Brake discs

Specific PCBN designations are assigned to the illustrated outer, inner, hub and friction surfaces and grooving operations. Roughing, finishing and chamfering remain separate tasks; friction surfaces here refer to disc faces.

Brake disc: machining surfaces

Tool Application
CNGN120412 (PCBN) Wheel outer diameter roughing
CNGN120412 (PCBN) Hub face roughing
CNGA120408 (PCBN) Inner diameter chamfering
VNGA160408 (PCBN) Relief grooving (rough)
CNGA 120412 (PCBN) Inner diameter roughing
PCBN GX, 6W Grooving (rough)
CNGA 120412 (PCBN) Wheel face roughing
CNGN120412 (PCBN) Upper disc friction face roughing
CNGA120412 (PCBN) Disc friction face finishing
Brake discs: Component and machining view.
Brake discs: Component and machining view.
Brake discs: Tool view.
Brake discs: Tool view.
Brake discs: Tool view.
Brake discs: Tool view.
Brake discs: Tool view.
Brake discs: Tool view.

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Pistons

The mapping shows PCD and mono-diamond tools for turning, PCD grooving tools for ring grooves, special tools for the combustion chamber and reamers/cutters for the pin bore and circlip area.

Piston

Tool Application
PCD, MONO insert & tool Turning
PCD grooving tool Ring grooving
PCD special tool Combustion chamber cutting
PCD reamer Pin boring & chamfering
PCD cutter Circlip & R boss cutting
Pistons: Component and machining view.
Pistons: Component and machining view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.
Pistons: Tool view.

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Compressor piston and housing

Applications associate PCD tools with outer-diameter turning, ball-seat machining, bore reaming, piston-side machining and housing face milling. The chip-breaker boring tool and double-cutter design remain distinct tool types.

Compressor piston and housing

Tool Application
PCD boring tool (chip breaker) Piston OD turning
PCD endmill Piston ball-seat chamfer cutting
PCD ball endmill Piston ball-seat cutting
PCD reamer & blade Piston bore & shaft bore reaming
PCD double cutter Piston side cutting
PCD milling cutter Piston housing face milling
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Component and machining view.
Compressor piston and housing: Component and machining view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.
Compressor piston and housing: Tool view.

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Steering housing

PCD step reamers serve the illustrated steering-housing reaming operation. Different tool lengths and stepped geometries are shown as design examples.

Steering housing

Tool Application
PCD step reamer Steering housing reaming
Steering housing: Tool view.
Steering housing: Tool view.
Steering housing: Component and machining view.
Steering housing: Component and machining view.

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Pump housing

PCD step reamers and end mills are illustrated for pump-housing machining. Component and tool images retain their respective geometries.

Pump housing

Tool Application
PCD step reamer, endmill Pump housing machining
Pump housing: Component and machining view.
Pump housing: Component and machining view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.
Pump housing: Tool view.

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Steel-roll machining

Notching, grooving, turning and engraving tools belong to the illustrated roll applications. Select PCD, PCBN, carbide or ceramic to suit the actual roll material. The contact diagram retains its four tool positions and codes.

Steel-roll machining

Tool/cutting material Application
Notch tool (PCD, PCBN, carbide) Notching
PCD, PCBN, carbide, ceramic Grooving & turning
RCGX1204 Illustrated roller-contact position 1
SNMN120408 Illustrated roller-contact position 2
RCGX1204 Illustrated roller-contact position 3
CNMA(N)120408 Illustrated roller-contact position 4
PCD, TC Engraving

Material selection depends on the particular roll material and application; this overview is not a general PCD recommendation for every steel material.

Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Component and machining view.
Steel-roll machining: Component and machining view.
Steel-roll machining: Component and machining view.
Steel-roll machining: Component and machining view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.
Steel-roll machining: Tool view.

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Ophthalmic lenses: roughing and finishing

PCD milling cutters serve the illustrated roughing task; PCD inserts outer-diameter turning and finishing. Mono-diamond inserts are also assigned to finishing. The application image retains the illustrated contact locations.

Ophthalmic lenses

Tool Application
PCD milling cutter Milling (rough)
PCD insert Outer diameter turning
PCD insert Turning (finish)
MONO insert Turning (finish)
Ophthalmic lenses: roughing and finishing: Tool view.
Ophthalmic lenses: roughing and finishing: Tool view.
Ophthalmic lenses: roughing and finishing: Tool view.
Ophthalmic lenses: roughing and finishing: Tool view.
Ophthalmic lenses: roughing and finishing: Component and machining view.
Ophthalmic lenses: roughing and finishing: Component and machining view.
Ophthalmic lenses: roughing and finishing: Tool view.
Ophthalmic lenses: roughing and finishing: Tool view.

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Ophthalmic lenses: edge machining

The ten tool illustrations show different shaft, profile and edge geometries for ophthalmic-lens edge machining. Select the design according to the required contour and machining task.

Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.
Ophthalmic lenses: edge machining: Tool view.

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Turning tools: cutting geometry and terminology

The tool illustration distinguishes side relief angle, side rake angle, rake angle, relief angle, cutting-edge height, nose radius, side cutting-edge angle, end cutting-edge angle, shank width, shank height and total length.

Rake angles influence cutting force, heat, chip flow and tool life. A positive rake angle reduces cutting load and suits easily machined or thin-walled workpieces, while reducing edge strength. A negative rake angle supports a stronger edge for mill scale or interrupted cuts. Relief angles prevent unwanted contact and are selected with edge strength and tool life in mind.

The side cutting-edge position controls chip dimensions and cutting direction. The end cutting-edge angle affects contact with the machined surface: a smaller angle can support the edge while increasing flank wear.

A larger relief angle can reduce flank wear but weakens the edge cross-section. Too little clearance promotes friction and chatter. The source associates smaller relief angles with hard workpieces and high edge-strength requirements; larger angles with soft or work-hardening materials. The comparison shows both cases at the same depth of cut.

Turning: tool geometry in three views.
Turning: tool geometry in three views.
Relief angle: contact at the flank.
Relief angle: contact at the flank.

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Turning: edge position, chip thickness and forces

The end cutting-edge angle influences surface finish through clearance between the tool and the machined face. A small angle supports the edge but can increase cutting heat and force, raising the risk of chatter.

The following illustration uses the side lead angle α relative to its 0° position, which corresponds to an entering angle κr of 90°. At the same feed and depth of cut, α = 15° or 30° produces a thinner, wider chip. The source relationships are: at 0°, t = fn and W = ap; at 15°, t1 = 0.97t and W1 = 1.04W; at 30°, t2 = 0.87t and W2 = 1.15W. The diagrams retain their original reference lines. α is not equated with the complementary entering angle κr.

As α increases, the radial force component increases while the feed-force component decreases. The 0° illustration shows force P; at 30° it is resolved into P1 and P2.

The source compares low and high lead angles: lower angle – higher wear, easily cut materials, lower machine power, lower chatter tendency, finishing, long thin workpieces and lower machine rigidity. Higher angle – lower wear, difficult-to-cut materials, higher power, higher chatter tendency, roughing, thicker workpieces and higher machine rigidity. These associations describe the illustrated tool setup rather than independent guarantees.

Side lead angle: chip thickness and width.
Side lead angle: chip thickness and width.
Side lead angle: resolution of cutting force.
Side lead angle: resolution of cutting force.

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Turning: nose radius, rake angle and formulas

Nose radius affects surface finish and edge strength. The 2022 edition gives a general guide of approximately 2~3 times the feed per revolution. Larger radii can improve the surface, strengthen the edge and reduce flank and crater wear; excessive radii increase load and chatter tendency. Small depths of cut and long thin workpieces favour smaller radii; interrupted cuts, larger workpieces or roughing favour larger radii where rigidity and cutting data permit.

A more positive rake angle can improve surface finish and reduce cutting load, while weakening the edge. The source associates smaller rake angles with hard workpieces and interrupted cuts, and larger angles with soft or easily cut materials. Its approximately 1% spindle-power reduction per additional 1° of rake is a source rule of thumb; actual power changes also depend on material and chip thickness. The diagrams show positive and negative rake with their chip-flow directions and relief angles.

Cutting speed: Vc = π × D × N / 1,000 [m/min]. D: diameter [mm]; N: spindle speed [min⁻¹]; π: circular constant, given as 3.14 in the source.

Feed per revolution: fn = Vf / N [mm/rev]. Vf: feed speed [mm/min].

Theoretical maximum roughness: Rmax = fn² / (8r) × 1,000 [µm]. fn: feed [mm/rev]; r: nose radius [mm]. The edition gives practical-roughness guide factors of Rmax × (1.5~3) for steel and Rmax × (3~5) for cast iron. These factors do not replace measurement of the actual surface.

Turning: diameter D and spindle speed N in the cutting-speed model.
Turning: diameter D and spindle speed N in the cutting-speed model.
Theoretical roughness: feed fn, nose radius r and Rmax.
Theoretical roughness: feed fn, nose radius r and Rmax.
Turning: positive and negative rake angle.
Turning: positive and negative rake angle.

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Turning: wear patterns and process checks

The illustration distinguishes crater wear, flank wear, notching, small chips, rake-face flaking and breakage. Cutting zone, chip, tool, workpiece, rake and relief angles are clearly identified. The edition lists the following possible process measures; the appropriate change is selected for the material, wear pattern and actual cutting edge.

  • Crater wear: reduce cutting speed and feed; consider coating and coolant.
  • Flank wear: increase cutting speed for grey cast iron or reduce it for hardened steel; increase feed and depth of cut; check tool centre height.
  • Notching: increase cutting speed, reduce feed, increase side lead and chamfer angles; change depth of cut.
  • Chipping: use a chamfered or rounded cutting edge; adjust cutting speed to avoid vibration.
  • Flaking in continuous cuts: increase cutting speed and reduce feed; use a chamfered and rounded edge; reduce side lead angle; check centre height.
  • Flaking in interrupted cuts: consider dry cutting; reduce feed; use a chamfered and rounded edge; reduce side lead angle; check centre height.
  • Breakage: increase cutting speed; reduce feed; increase side lead angle; use a chamfered edge.
Wear: location and appearance.
Wear: location and appearance.

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Milling: tool geometry and angles

The illustration shows the major cutting edge, axial rake A.R, radial rake R.R, approach angle A.A, true rake T.A and cutting-edge inclination I.A. A.A is shown relative to the vertical reference line and must not automatically be equated with an entering angle measured from the feed direction.

A.R and R.R affect chip flow and machinability. Increasing A.A in the illustrated convention reduces chip thickness and cutting load. A larger true rake T.A improves cutting action but weakens the edge; a smaller T.A strengthens the edge and raises load. Greater inclination I.A can improve chip flow and machinability while reducing edge strength. Face angle F.A affects the surface; the source describes better surface finish as it approaches 0°. Relief R.A influences edge strength, tool life and chatter.

With positive rake, the cutting edge leads the rake face in the illustrated direction of motion; with negative rake it follows. The three cross-sections show negative (−), neutral (0°) and positive (+) rake with the same direction of motion.

Milling: edge position and angle references.
Milling: edge position and angle references.
Milling: rake angles with the same direction of motion.
Milling: rake angles with the same direction of motion.

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Milling: axial and radial rake combinations

Double positive, A.R (+)/R.R (+): for steel, cast iron and stainless steel; for soft steel to reduce built-up edge and improve surface finish. Benefits include low cutting load, easy cutting, good chip flow and reduced built-up-edge tendency. The edge is weaker; the illustrated design is single-sided.

Double negative, A.R (−)/R.R (−): for interrupted cuts and roughing steel or cast iron. A strong edge supports machining mill scale and poor surfaces. Double-sided use can reduce tool cost. This design is less suitable for machines with low power or rigidity.

Positive/negative, A.R (+)/R.R (−): for difficult-to-cut materials and roughing steel or cast iron at greater depth of cut. Good chip flow and machinability combine with tailored geometry to reduce chatter. The illustrated design is single-sided.

Negative/positive, A.R (−)/R.R (+): the source assigns no separate application or advantage category; poor chip flow is listed as a disadvantage.

Cutting speed: Vc = π × D × N / 1,000 [m/min]. Feed per tooth: fz = Vf / (N × Z) [mm/tooth]. Vf is feed speed [mm/min] and Z the number of teeth. Machining time: T = 60 × Lt / Vf [s]; Lt = Lw + D + 2R [mm]. Lw denotes workpiece length, D cutter-body diameter and R the approach/overrun length shown.

Axial and radial rake: four combinations.
Axial and radial rake: four combinations.

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Endmills: geometry, flute count and overhang

The illustration identifies radial relief, top rake 0°, cutting diameter, chamfer and chamfer relief, lead angle, dish angle, cutting length, flute length, shank length, shank diameter and overall length.

Increasing the flute count from 2 through 3 to 4 reduces chip space in the illustrated comparison while increasing tool rigidity. Two flutes are listed for holes, side machining and general use; three for side machining and finishing; four for hard materials, side machining and finishing. The table distinguishes “good” and “excellent”: four flutes receive the higher rating for torsional/bending rigidity, roughness, accuracy and surface finish in side milling. Two flutes receive the higher rating for chip-clogging control, chip evacuation, grooving and vibration behaviour in side milling.

Vc = π × D × N / 1,000 [m/min]. fz = Vf / (N × Z) = fn / Z [mm/tooth]. fn = Vf / N = fz × Z [mm/rev]. Vf = N × fz × Z = N × fn [mm/min]. D: endmill diameter; N: spindle speed; Z: flute count.

The aspect ratio ℓ/d is illustrated by 3d, 5d or 10d. The idealised bending model is δ = Pℓ³ / (3EI), I = πd⁴ / 64. δ is deflection, P cutting force, ℓ free length, E elastic modulus and I second moment of area. At the same d and force, doubling the length from ℓ to 2ℓ produces eight times the deflection: δ2 = 8δ1. The practical section of a fluted tool can differ from the idealised round bar.

Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
End mill: geometry and length references.
End mill: geometry and length references.
Overhang: idealised circular-bar bending model.
Overhang: idealised circular-bar bending model.

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Reaming: margin, lead and troubleshooting

The illustration identifies radial relief, margin, top rake 0°, diameter, chamfer, chamfer relief, lead angle, back taper, flute length, shank length, shank diameter and overall length.

The margin is a narrow cylindrical surface at the outer diameter supporting dimensional accuracy and finish. A smaller margin reduces cutting load and heat, but guidance and finish may be poorer. A larger margin increases load and heat while improving guidance and finish.

The source associates a smaller lead angle with better straightness, thicker chips and poorer guidance/finish; a larger angle with thinner chips, better guidance/finish and reduced straightness. Back taper limits unwanted friction between the tool diameter and workpiece: less taper favours finish and repeated refurbishment; more taper improves cutting action but limits refurbishments and can impair finish. Small relief supports the edge for hard materials; greater relief provides a sharper edge for softer materials.

Troubleshooting patterns and possible causes:

  • Oversize hole: excessive tool diameter; cutting speed or feed too high; run-out error; uneven lead; unsuitable coolant.
  • Undersize hole: tool wear; cutting speed or feed too low; elastic recovery of ductile material; insufficient allowance.
  • Tapered hole: run-out error; incorrect lead; unsuitable pre-machining.
  • Poor surface: unsuitable coolant; built-up edge; blunt or possibly chipped cutting edge; poor chip evacuation; excessive residual imbalance.
  • Chatter marks: built-up edge; blunt tool; unsuitable coolant; run-out error; excessive residual imbalance; incorrect clamping.
  • Feed grooves: blunt or possibly chipped cutting edge; built-up edge; unsuitable coolant.
  • Deformed hole: incorrect workpiece clamping.
  • Curved hole: incorrect lead geometry or axial cutting-edge position.
  • Facets: centring error or insufficient back taper.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Reamer: geometry and margin.
Reamer: geometry and margin.

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Drilling: geometry, drill types and formulas

The illustration identifies core diameter, chisel edge, main cutting edge, gash/thinning, drill diameter, point angle, flute and helix angle.

Point angle is matched to the workpiece material; the source gives 118° as a conventional standard design. A smaller angle is associated with lower thrust resistance, higher torque and greater exit burr in softer materials such as aluminium; a larger angle with higher thrust resistance, lower torque and smaller exit burr in harder materials. This describes the source geometry rather than specifying every modern drill.

Helix angle affects rake and chip evacuation. Greater helix can reduce cutting force and assist chip flow in softer materials, but excessive helix reduces rigidity. Smaller helix is associated with harder materials. Flute length and chip space allow chips and coolant to travel: excessively long flutes weaken the tool; short flutes restrict chip flow and can promote breakage.

Smaller relief supports the edge in hard materials; greater relief improves sharpness for softer materials. Chisel geometry depends on web thickness and chisel angle. Thinning can reduce thrust without indiscriminately reducing web thickness and weakening the drill.

The comparison associates helical drills with lower cutting load, good chip evacuation and lower heat generation, and lists deep holes and ferrous materials. Straight-fluted burnishing drills are listed for aluminium, non-ferrous metals and shallow holes with good finish; the comparison shows greater load and heat with less favourable chip flow.

Vc = π × D × N / 1,000 [m/min]. fn = Vf / N [mm/rev]. T = L / (N × fn) [min]. D: drill diameter [mm]; N: spindle speed [min⁻¹]; Vf: feed speed [mm/min]; L: drilling length [mm]. π is given as 3.14 in the source.

Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Drill: cutting edges, thinning and helix.
Drill: cutting edges, thinning and helix.

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Fundamentals: cutting edge, brazing, heat and built-up edge

The shape sequence triangle, rhombus, square, hexagon and circle shows increasing edge rigidity, toughness and potential tool life, together with higher cutting load and vibration tendency. The edge-preparation sequence is sharp, sharp plus rounding, chamfer, and chamfer plus rounding. The source associates sharper edges more with PCD and more supported edges with PCBN; stronger preparation can raise load while supporting the edge.

For cast iron, the source compares eight individually tipped edges with one solid-PCBN or sandwich-PCBN insert. Solid construction improves mechanical strength, makes the full edge available and can reduce cost and material use per available edge. The 8:1 illustration compares construction types, not a universal tool-life ratio.

For active brazing, the source illustrates a smaller gap between the PCD/PCBN blank and carbide substrate and greater joint strength. The described vacuum process limits oxidation. The drawing retains the carbide substrate, PCBN component, brazing alloy and compared gaps.

The thermal model illustrates machining-heat distribution as chip 80%, tool 10% and workpiece 10%. Its isotherms are labelled 620, 630, 640, 650, 660, 670, 680, 690, 700, 710, 720, 720, 730, 740 and 750 °C. This is a source illustration, not a temperature promise for a particular application. Heat can impair rigidity and accuracy, accelerate wear and deform the tool.

The source associates built-up edge particularly with low cutting speed and very soft workpieces. Possible measures are higher cutting speed, higher feed and a sharper edge. The adherent layer can temporarily protect the tool surface, but it impairs workpiece finish, complicates dimensional control and can promote chipping or flaking. The cutting-zone model retains chip, tool, workpiece and residual adhesion on the chip and edge.

Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Technical tool geometry or measurement illustration.
Isotherms in the source illustration; temperature labels in °C. Model image, not application-specific measurement.
Isotherms in the source illustration; temperature labels in °C. Model image, not application-specific measurement.
Brazing: gap and joint in the source model.
Brazing: gap and joint in the source model.
Machining heat: illustrative distribution.
Machining heat: illustrative distribution.
Built-up edge: contact zone and residual adhesion.
Built-up edge: contact zone and residual adhesion.

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Endmill design-enquiry sheet

Design data include date, customer, end user, part name, material, hardness HRC/HRB and target roughness Ra/Rz/Rmax. The tool drawing uses ØD, ØD1, L1, L2, W, L and Z; the source legend additionally includes F. All printed fields are retained: D – diameter/tolerance [mm]; D1 – shank-body diameter [mm]; L1 – tip length [mm]; L2 – tip width [mm]; W – tool length [mm]; L – number of teeth [mm]; Z – number of flutes [pieces]; F – flute length [pieces]. Assignment of L2/W/L/Z/F and two units is inconsistent in the original form; the dimensioned tool drawing governs an order.

Shank options: solid carbide, solid carbide + steel, or steel. Coolant hole: yes/no. Interface options: HSKA 32, 40, 50, 63, 80, 100; BT or SK 30, 40, 50; alternatively a cylindrical interface with specified Ø [mm].

End mill: unchanged D, D1, L1, L2, W, L and Z references from the design-enquiry sheet.
End mill: unchanged D, D1, L1, L2, W, L and Z references from the design-enquiry sheet.

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Reamer design-enquiry sheet

General data: date, customer, end user, part name, material, hardness HRC/HRB and roughness Ra/Rz/Rmax. Tool data: D1/D2/D3 – diameter and tolerance [mm]; L1/L2 – step length [mm]; L3 – clearance length [mm]; L – tool length [mm]; F – flute count [pieces]. The drawing shows L2 as an individual section following L1.

Shank: solid carbide, solid carbide + steel, or steel. Coolant hole: Y-hole, through hole or none. Hole type: through or blind. Guide pads: yes/no. Interrupted cut: yes/no. Interface: HSKA 32, 40, 50, 63, 80, 100; BT/SK 30, 40, 50; module size 60 or 70; alternatively cylindrical interface Ø [mm].

Reamer: L2 as an individual section after L1; separate step diameters and clearance length.
Reamer: L2 as an individual section after L1; separate step diameters and clearance length.

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Drill design-enquiry sheet

General data: date, customer, end user, part name, material, hardness HRC/HRB and roughness Ra/Rz/Rmax. Tool data: D1/D2/D3 – diameter and tolerance [mm]; L1/L2 – step length [mm]; L3 – clearance length [mm]; L – tool length [mm]; F – flute count [pieces]. Unlike the reamer form, the drill drawing measures L1, L2 and L3 from the same front datum.

Shank: solid carbide, solid carbide + steel, or steel. Coolant hole: Y-hole, through hole or none. Hole type: through or blind. Guide pads: yes/no. Interrupted cut: yes/no. Interface: HSKA 32, 40, 50, 63, 80, 100; BT/SK 30, 40, 50; alternatively cylindrical interface Ø [mm].

Drill: L1, L2 and L3 from the same front datum; separate step diameters.
Drill: L1, L2 and L3 from the same front datum; separate step diameters.

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Tool-test information

The test sheet records date, customer and end user; part name, material, hardness HRC/HRB, roughness Ra/Rz/Rmax, workpiece view and drawing. Machine data cover machining centre (M.C.T), CNC turning/milling, manual machine and machine manufacturer.

Cutting data: speed V [m/min], spindle speed N [rev/min], feed F [mm/rev and mm/min], depth of cut D.O.C [mm] and number of passes. Cut: continuous or lightly, moderately or heavily interrupted. Coolant supply: dry, internal or external/wet. The original section symbols show the four interruption levels.

Tool data: PCD, PCBN, CVD, natural or mono-SCD, tungsten carbide (TC), cermet, ceramic or other cutting material. Shank: carbide, steel or carbide + steel; specify monoblock construction. Record specification, competitor tool and tool life in time and pieces. Operation: turning, milling, boring, grooving/parting, reaming, endmilling, drilling, wear-part application or to be determined. Source fields marked * are material, cut type, coolant, cutting material, specification, competitor tool, shank and operation.

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Global network: 2022 source edition

The 2022 edition describes long-term customer partnerships worldwide and continuing product and service development. Its site overview at that time names Osan, Osan 2, Dongtan, Pyeongtaek, Seocheon and “Chengju” in Korea, retaining the printed spelling.

The overseas overview names Fujian, Weihai and Shanghai in China; Bac Ninh and Hai Duong in Vietnam; Indonesia, Germany and Japan; California, USA (identified as an affiliate), Alabama, USA; Italy, Thailand, India and Mexico. This list records the historical network in the source edition and is not a current site directory.

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HQ contact in the 04/2022 edition

The edition carries printing date 04/2022. Its stated HQ contact is EHWA DIAMOND INDUSTRIAL CO. LTD., 374 Nambudae-ro, Osan-city, Gyeonggi-do, 18145, Korea; www.ehwadia.com, bkkim@ehwadia.co.kr, telephone +82 (31) 370-9220, fax +82 (31) 370-9840. The TÜV management-system mark belongs to the historical source edition. For a current European tooling enquiry, use the following EHWA Europe contact.

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Programme variants from the 2026 overview

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PCD end mills for scroll compressors

EHWA provides customer-optimised PCD end mills for aluminium scroll compressors. Precise machining supports production efficiency and high component quality. The application also includes compressors associated with electrification.

PCD end mills for scroll compressors: Tool view.
PCD end mills for scroll compressors: Tool view.
PCD end mills for scroll compressors: Component and machining view.
PCD end mills for scroll compressors: Component and machining view.

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PCD end mills for electric vehicles

The helical design is intended for high removal rates when machining aluminium battery cases. A high rake angle supports low-burr or burr-free cutting under suitable conditions. High cutting speed and efficiency and improved surface roughness are the stated design objectives.

PCD end mills for electric vehicles: Tool view.
PCD end mills for electric vehicles: Tool view.
PCD end mills for electric vehicles: Component and machining view.
PCD end mills for electric vehicles: Component and machining view.
PCD end mills for electric vehicles: Component and machining view.
PCD end mills for electric vehicles: Component and machining view.

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Special boring tool for motor housings

Electric motors are designed for high power and efficiency, large capacity and low weight. EHWA combines aluminium and CFRP in the illustrated tool to improve vibration damping. The tool illustration identifies the aluminium body; the application is motor-housing machining.

Special boring tool for motor housings: Component and machining view.
Special boring tool for motor housings: Component and machining view.
Special boring tool for motor housings: Tool view.
Special boring tool for motor housings: Tool view.
Special boring tool for motor housings: Tool view.
Special boring tool for motor housings: Tool view.
Motor housing: complete dimensioned drawing.
Motor housing: complete dimensioned drawing.
Special boring tool for motor housings: Tool view.
Special boring tool for motor housings: Tool view.

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EBC52X: PCBN for CV joints

EBC52X is a high-CBN-content grade for continuous and interrupted cutting of heat-treated CV-joint components. Its design targets good performance even under demanding machining conditions. The two specific comparisons concern forged-steel outer and inner races; conditions and bar comparisons remain together for each trial.

EBC52X: comparison conditions

Parameter Outer race Inner race
Workpiece Forged steel Forged steel
Cutting speed 120 m/min 200 m/min
Feed rate 0.1~0.12 mm/rev 0.20 mm/rev
Depth of cut ap 0.10~0.20 mm 0.09~0.15 mm
Coolant Dry Dry
Cut Interrupted Interrupted
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.
EBC52X: PCBN for CV joints: Component and machining view.

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PCBN end mills for CV joints

CV-joint machining uses cutting as an alternative to grinding. EHWA develops precise PCBN end mills and customised tooling solutions for this task. The new six-flute design targets long tool life at high machining speeds. The HFS12 comparison shows four and six flutes; bar heights remain comparison illustrations without an invented unit or inferred performance guarantee.

HFS12: PCBN endmills

Parameter Version 1 Version 2
Body type HFS12 HFS12
Material PCBN PCBN
Flutes 4F 6F
PCBN end mills for CV joints: Component and machining view.
PCBN end mills for CV joints: Component and machining view.
PCBN end mills for CV joints: Component and machining view.
PCBN end mills for CV joints: Component and machining view.
PCBN end mills for CV joints: Tool view.
PCBN end mills for CV joints: Tool view.
PCBN end mills for CV joints: Tool view.
PCBN end mills for CV joints: Tool view.
PCBN end mills for CV joints: Tool view.
PCBN end mills for CV joints: Tool view.

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XF face milling cutters for aluminium alloys

XF types retain the complete dimension drawing, speed/depth overview and assignment of insert, cartridge and arbor. All dimensions can be customised to customer requirements. The source prints ØD 20 for XF 20063-18R(L); confirm this specific item/diameter assignment before ordering.

XF: maximum speed and cutting depth

ØD Max. speed [min⁻¹] Cutting depth ap [mm]
100 11,000 3
125 9,000 3
160 7,000 3
200 5,500 3

XF: dimensions

Type ØD Ød A B H
XF 10050-16R (L) 100 31.75 12.7 8 50
XF 12563-16R (L) 125 38.1 15.9 10 63
XF 16063-16R (L) 160 50.8 19.0 11 63
XF 20063-18R (L) 20 47.625 25.4 14 63
XF 25063-18R (L) 250 47.625 25.4 14 63

XF: teeth and components

Type Teeth Insert Cartridge Arbor
XF 10050-16R (L) 16 XF10 - SN XF CF / XF SD FMA 31.75
XF 12563-16R (L) 16 XF10 - SN XF CF / XF SD FMA 38.1
XF 16063-16R (L) 16 XF10 - SN XF CF / XF SD FMA 50.8
XF 20063-18R (L) 18 XF10 - SN XF CF / XF SD FMA 47.625
XF 25063-18R (L) 18 XF10 - SN XF CF / XF SD FMA 47.625
XF face milling cutters for aluminium alloys: Tool view.
XF face milling cutters for aluminium alloys: Tool view.
XF face milling cutters for aluminium alloys: Tool view.
XF face milling cutters for aluminium alloys: Tool view.

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Carbide drills for aluminium alloys

The designation example ET DB 40 60 050 100 2N combines EHWA, tungsten carbide T, drill type, diameters 1 and 2, step length, overall length and flute count/coolant hole. B identifies the straight-flute burnishing drill, H the helical drill. Drawings retain D1, D2, L, FL and OAL and the different stepped geometries.

ETDB: solid carbide drills

Item code D1 D2 L FL OAL
ETDB 43 60 025 080 2N 4.3 6.0 25 40 80
ETDB 51 80 025 080 2N 5.1 8.0 25 40 80
ETDB 69 100 030 100 2N 6.9 10.0 30 50 100
ETDB 86 120 035 105 2N 8.6 12.0 35 55 105
ETDB 104 140 040 110 2N 10.4 14.0 40 60 110
ETDB 140 160 040 110 2N 14.0 16.0 40 60 110
Carbide drills for aluminium alloys: Tool view.
Carbide drills for aluminium alloys: Tool view.
Burnishing drill: dimension scheme D1, D2, L, FL and OAL.
Burnishing drill: dimension scheme D1, D2, L, FL and OAL.
Helical drill: dimension scheme D1, D2, L, FL and OAL.
Helical drill: dimension scheme D1, D2, L, FL and OAL.

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Solid carbide drills and coatings

ET220 identifies an ultra-fine material with high hardness and fracture toughness. Helical drills with two to three coolant holes are intended for steel. The coating overview distinguishes conventional coating TA and new coatings H1, H2 and H3 for interrupted cutting. The example ET DH 40 60 050 100 2N H3 adds the coating type to the drill designation. Drawings and dimension tables retain the specific types.

ETDH: solid carbide drills

Item code D1 D2 L FL OAL
ETDH 43 60 025 080 2N 4.3 6.0 25 40 80
ETDH 51 80 025 080 2N 5.1 8.0 25 40 80
ETDH 69 100 030 100 2N 6.9 10.0 30 50 100
ETDH 86 120 035 105 2N 8.6 12.0 35 55 105
ETDH 104 140 040 110 2N 10.4 14.0 40 60 110
ETDH 140 160 040 110 2N 14.0 16.0 40 60 110
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Solid carbide drills and coatings: Tool view.
Helical drill: geometric dimension references.
Helical drill: geometric dimension references.

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PCD grades EP20, EP55 and EP59

EP20 uses densely packed submicron diamond grains for good wear and impact resistance. EP55 is identified as medium grain. Multimodal EP59, with more than 95% diamond content, supports high wear and impact resistance. The specific application matrix names copper/aluminium alloys, acrylic, engineering plastics, engine/transmission machining, wood, carbon, carbide, ceramic, glass and MMC by grade. The property diagram retains grain size, chipping resistance, wear resistance, surface roughness and edge sharpness. The three bar comparisons remain assigned to their respective grades.

PCD grades: grain and applications

Grade Grit size [µm] Applications
EP20 0.5 Copper alloy / Al alloy / Acrylic / Engineering plastic
EP55 10 Automotive engine / T,M / Wood / Al alloy (Si<13%) / Carbon
EP59 25+2 Al alloy (Si>13%) / Tungsten carbide / Ceramic / Glass / MMC
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Microstructure image with the shown scale.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.
PCD grades EP20, EP55 and EP59: Component and machining view.

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Transmission and differential gears

The illustrated comparison associates SCM418H with EB419 and EB454 under the listed cutting conditions. Workpiece and tool images show gear machining. The bar comparison against a competitor tool is a specific manufacturer example.

Gears: comparison conditions

Workpiece Vc f ap Grades
SCM418H S 80~120 m/min F 0.07~0.10 mm/rev 0.05~0.06 mm EB419 / EB454
Transmission and differential gears: Component and machining view.
Transmission and differential gears: Component and machining view.
Transmission and differential gears: Tool view.
Transmission and differential gears: Tool view.
Transmission and differential gears: Tool view.
Transmission and differential gears: Tool view.
Transmission and differential gears: Component and machining view.
Transmission and differential gears: Component and machining view.
EHWA: SCM418H.
EHWA: SCM418H.

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AF, BF, CF and XF face milling cutters

AF combines surface quality and tool life over 80D to 250D. BF targets low-burr or burr-free machining and long tool life over 125D to 250D. CF over 50D to 250D is EHWA’s universal design. XF is intended for roughing and finishing. Insert and cartridge types retain their respective cutter assignments.

Face milling cutters: programme

Cutter Range Inserts Features
AF 80D~250D SNGN 1204 / SNGX 1204 Surface finish and tool life
BF 125D~250D SNGX 1004-R / SNGX 1004-F Burr-free cutting and tool life
CF 50D~250D CFR / CFW EHWA universal design
XF Not specified SNGX 1004-R / SNGX 1004-F / CFR / CFW Roughing and finishing
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.
AF, BF, CF and XF face milling cutters: Tool view.

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PCD inserts and chipbreakers

Customised chipbreaker geometries support chip control adapted to the machining operation. Design examples retain their different shapes and edge positions.

PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
PCD inserts and chipbreakers: Tool view.
Chip control at the chipbreaker.
Chip control at the chipbreaker.

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Bearings: internal turning and drilling

Bearing manufacturing requires precise cutting tools and grinding wheels to produce suitable raceways. EHWA PCBN inserts target good machining performance and long tool life in internal turning. Illustrated codes and machining locations retain their complete assignments.

Bearings: tool codes and operation

Tool code Operation
4VT-DNGA150408 Inside turning
TC-DRILL 10D Drilling
4VT-VNGA160408 Inside turning
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Component and machining view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearings: internal turning and drilling: Tool view.
Bearing components: cutting-tool assignment.
Bearing components: cutting-tool assignment.

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Grooving, parting, whirling and pistons

Precision grooving and parting tools are designed with PCD, PCBN or carbide grades to suit the operation, targeting good cutting performance and long tool life. ES, ED, ET and EM remain distinct standard systems.

Wear-resistant PCBN whirling tools support consistent, precise screw geometry. Piston machining offers customised designs using single-crystal diamond, PCD, PCBN or carbide.

Standard grooving and parting tools

Type Cutting materials
ES PCD / PCBN
ED PCD / PCBN
ET PCD / PCBN
EM PCD / PCBN
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Tool view.
Grooving, parting, whirling and pistons: Component and machining view.
Grooving, parting, whirling and pistons: Component and machining view.

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Whirling: geometry, grades and coatings

The design supports precise gothic-arch profiles and contact angles and consistent accuracy in CNC machining. Shapes can be customised. The EB510 and EB73 grade overview retains CBN content and its three property ratings. Filled and empty rating marks remain distinguishable.

Coatings TN, H1, H2, H3 and TNP retain their colours, hardness values, temperature values and benefits. The printed heading provides no units for hardness or temperature; these values are therefore not presented as verified HV or °C limits.

Whirling: PCBN grades

Grade CBN volume Strength/toughness: filled marks out of 3 Chemical stability: filled marks out of 3 Wear resistance: filled marks out of 3
EB510 90% 3 2 3
EB73 75% 2 3 3

Whirling: coating characteristics

Grade Colour Hardness value Maximum service temperature: value Features
TN Gold 2,300 600 Mono layer / Typically used for wear parts / Easy identification of used insert edges
H1 Copper 3,600 1,200 Multi-layer coating for interrupted cutting / Wear resistance / Oxidation resistance
H2 Blue 4,000 1,200 Multi-layer coating for interrupted cutting / Wear resistance / Oxidation resistance
H3 Rainbow 3,600 1,200 Multi-layer coating for interrupted cutting / Wear resistance / Oxidation resistance
TNP Dark gray 3,600 1,100 Wear resistance / Surface finish / Heat resistance / Hardened and bearing steel
Whirling: geometry, grades and coatings: Component and machining view.
Whirling: geometry, grades and coatings: Component and machining view.
Whirling: geometry, grades and coatings: Component and machining view.
Whirling: geometry, grades and coatings: Component and machining view.
Whirling: geometry, grades and coatings: Tool view.
Whirling: geometry, grades and coatings: Tool view.
Whirling: geometry, grades and coatings: Tool view.
Whirling: geometry, grades and coatings: Tool view.

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Precision tools for automatic lathes

BS and EMG types support precise, sharp cutting edges and low chipping. Depending on the application, they can achieve longer tool life than carbide tools; the manufacturer comparison is not generalised to every material and cutting condition. Custom edge shapes are available. Drawings and tables retain all dimensions including Dm and T.

BS: dimensions [mm]

Item no. R V1 V2 L D
BSR 25 60 005 0.05 15 15 60 2.5
25 60 01 0.1 15 15 60 2.5
30 60 005 0.05 15 15 60 3
30 60 01 0.1 15 15 60 3
40 60 01 0.1 15 15 60 4
40 60 02 0.2 15 15 60 4
50 60 01 0.1 15 15 60 5
50 60 02 0.2 15 15 60 5

BS: Dm [mm]

Item no. Dm
BSR 25 60 005 3
25 60 01 3
30 60 005 3.5
30 60 01 3.5
40 60 01 4.5
40 60 02 4.5
50 60 01 5.5
50 60 02 5.5

EMG: dimensions [mm]

Item no. W1 X1 R W L
EMG 05000-L/R 0.5 3.0 0.00 2.7 22.2
10005-L/R 1.0 3.5 0.00 2.7 22.2
15005-L/R 1.5 3.5 0.05 2.7 22.2
2001-L/R 2.0 4.0 0.10 2.7 22.2
2501-L/R 2.5 4.0 0.10 2.7 22.2

EMG: thickness [mm]

Item no. T
EMG 05000-L/R 5.6
10005-L/R 5.6
15005-L/R 5.6
2001-L/R 5.6
2501-L/R 5.6
Precision tools for automatic lathes: Tool view.
Precision tools for automatic lathes: Tool view.
Precision tools for automatic lathes: Tool view.
Precision tools for automatic lathes: Tool view.
BS type: isolated dimension scheme.
BS type: isolated dimension scheme.
EMG type: isolated dimension scheme.
EMG type: isolated dimension scheme.

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PCBN grades: steel and cast iron

The hardened-steel application map states hardness > HRC 50, cutting speed and interruption classes H05, H15, H25 and H35. The cast-iron map distinguishes grey and ductile iron with the plotted grade regions.

EB419 serves continuous to moderately interrupted cutting of heat-treated steel and offers good wear resistance; TNP coating supports heat resistance. EB454 is designed for light to heavy interrupted cutting from medium to high speed; TNP supports heat resistance and edge sharpness. EB428 serves continuous high-speed cutting of heat-treated steel and ductile iron, with good wear resistance at elevated temperature; TNP supports heat resistance. EB210 is designed for heavily interrupted cutting of hard cast iron at high speed, combining impact and wear resistance. High-CBN-content EB71X is intended for cast iron.

The six specific competitor comparisons retain their listed materials SCR420HB, SCM415H, FCD500, CF53 and FC170 and the actual bar/axis references. In the CF53 example, the section heading states EB210 while the bar legend states EB454; confirm the test grade before applying this comparison.

PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN grades: steel and cast iron: Component and machining view.
PCBN 2026: hardened steel > HRC 50.
PCBN 2026: hardened steel > HRC 50.
PCBN 2026: grey and ductile iron.
PCBN 2026: grey and ductile iron.
EB419: SCR420HB.
EB419: SCR420HB.
EB454: SCM415H.
EB454: SCM415H.
EB428: SCM415H.
EB428: SCM415H.
EB428: FCD500.
EB428: FCD500.
EB210: CF53 (bar legend EB454).
EB210: CF53 (bar legend EB454).
EB71X: FC170.
EB71X: FC170.

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EBC16S: coated PCBN for bearing steel

EBC16S is a coated low-CBN-content grade for continuous cutting of bearing steel. The design addresses materials including SUJ2 and 100Cr6, even under demanding conditions. The two SUJ2 comparisons retain their respective cutting data and coolant conditions.

EBC16S: comparison conditions

Parameter Comparison 1 Comparison 2
Workpiece SUJ2 SUJ2
Cutting speed 220 m/min 200 m/min
Feed rate 0.15~0.22 mm/rev 0.20 mm/rev
Depth of cut ap 0.10~0.20 mm 0.10~0.15 mm
Coolant Wet Wet
Cut Continuous Continuous
EBC16S: coated PCBN for bearing steel: Tool view.
EBC16S: coated PCBN for bearing steel: Tool view.
EBC16S: coated PCBN for bearing steel: Component and machining view.
EBC16S: coated PCBN for bearing steel: Component and machining view.
EBC16S: coated PCBN for bearing steel: Component and machining view.
EBC16S: coated PCBN for bearing steel: Component and machining view.
EBC16S: SUJ2 · 220 m/min.
EBC16S: SUJ2 · 220 m/min.
EBC16S: SUJ2 · 200 m/min.
EBC16S: SUJ2 · 200 m/min.

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EB319: coated PCBN for hardened steel

EB319 is a coated low-CBN-content grade for continuous cutting of heat-treated steels. It targets high cutting speeds in shafts, clutches and gears. The SCR420H and SCM45C trials retain separate conditions and competitor bars.

EB319: comparison conditions

Parameter Comparison 1 Comparison 2
Workpiece SCR420H SCM45C
Cutting speed 220 m/min 200 m/min
Feed rate 0.05~0.12 mm/rev 0.22 mm/rev
Depth of cut ap 0.05~0.09 mm 0.10~0.15 mm
Coolant Yes Yes
Cut Continuous Continuous
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: coated PCBN for hardened steel: Component and machining view.
EB319: SCR420H.
EB319: SCR420H.
EB319: SCM45C.
EB319: SCM45C.

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Single-crystal diamond cutting tools

Precision tools use natural diamond, single-crystal CVD diamond or synthetic mono-diamond produced by HPHT. Precise cutting edges and high edge quality support consistent tool life and cutting quality. The design takes diamond’s directional properties into account.

Applications include contact lenses and other ophthalmic lenses including IOLs, plastic aspheric lenses for electro-optic components and display components such as light-guide panels, polarising films and prism-pattern films.

Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Tool view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.
Single-crystal diamond cutting tools: Component and machining view.

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Wear parts for grinding machines

For the bearing industry, highly polished contact surfaces support low friction and high wear resistance. General industrial applications benefit from wear-resistant, customised designs. Materials include PCD, PCBN, carbide and ceramics. The two contact diagrams retain the workpiece and wear parts in their original contact positions.

Wear parts for grinding machines: Tool view.
Wear parts for grinding machines: Tool view.
Wear parts for grinding machines: Tool view.
Wear parts for grinding machines: Tool view.
Workpiece support: bearing machining.
Workpiece support: bearing machining.
Workpiece support: shaft.
Workpiece support: shaft.

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Gauges: diamond and ruby

Measuring tips can be made from natural diamond, mono-diamond, PCD or carbide. Diamond contacts support precise measurement and long service life through high wear resistance. The manufacturer states that natural-diamond contacts last many times longer than carbide, by tens of times in the described comparison; actual contact loading and application govern the design.

Ruby styli are mainly used for 3D measurement. Besides precision component inspection, they serve as touch probes in machines. Diamond contacts are custom-made; ruby codes remain complete.

Gauges: specifications

Product Specification
Diamond contact gauge Custom-made
Ruby stylus 1DT-08SD-16L-1Y
Ruby stylus 1.5DT-1SD-38L-M5
Ruby stylus 11D1-(7/47/61/8L)-0.8DS2-1.0DK
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.
Gauges: diamond and ruby: Tool view.

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Stationary diamond dressers

SDD is the single-point diamond dresser: a selected diamond crystal is sintered with a metal matrix into a steel shank. FDD is the forming diamond dresser, manufactured by shaping a selected high-quality diamond. MDD is the multi-point dresser, with two or more selected diamonds sintered into a metal matrix. IDD is the impregnated dresser, with selected diamond particles in a sintered metal-powder matrix.

Application and shape mappings retain straight, tapered, convex, concave, angled and multi-angled forms. Carat classes, rod count or grit size remain assigned to their respective dresser types.

Stationary dressers: applications

Type Application Classification
SDD Conventional abrasive wheels: straight shape/simple profile, thread and gear grinding Carat: 1/30~1.5 CT
FDD Conventional abrasive wheels: simple and complex profile, thread and gear grinding Carat: 1/30~1.5 CT
MDD Conventional abrasive wheels: straight shape and precise complex profile, especially angular profile Number of diamond rods and diamond type: 2~10 rods
IDD Larger/wider conventional abrasive wheels; conventional surface and centreless wheels Grit size: #10~#120 mesh

Stationary dressers: grinding wheel shapes

Wheel shape Dressers
Straight SDD / MDD / IDD
Tapered SDD / MDD / IDD
Convex SDD / FDD / MDD
Concave SDD / MDD / IDD
Angled FDD / MDD
Multi-angled FDD / MDD
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.
Stationary diamond dressers: Tool view.

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Wear parts for grinding and measuring machines

High wear resistance supports long service life; customised solutions are designed for the application. Uses include centreless and cylindrical grinding machines, measuring probes, bearing manufacturing and other machines. PCD workrest blades serve centreless grinding, sliding shoes and V-blocks support workpieces, backing plates serve bearing manufacturing and gauges serve measurement. Precise customised types are available on request.

Polished PCD surfaces can reduce friction. The source states Ra 0.02 but prints no unit; agree both value and unit for the actual surface specification. Ceramics offer good chemical resistance and can thereby reduce chemical wear and scratches on the workpiece.

Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.
Wear parts for grinding and measuring machines: Tool view.

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Wood-cutting special tools 06/2024

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Special tools for wood cutting

EHWA develops tools for different woodworking processes: milling, cutting, end milling and grooving. The programme offers customised tools for edge banders and shipbuilding. The following product images show their respective designs.

Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Component and machining view.
Special tools for wood cutting: Tool view.
Special tools for wood cutting: Tool view.

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Wood-cutting special tools: product lines

PCD pre-milling cutters serve pre-milling on edge-banding machines. PCD routers cover end milling and grooving as universal applications. PCD saws are listed for cutting, grooving and rebating; the additional source wording “Planning” requires specification of the actual machining task. PCD drills are illustrated for drilling insulation panels in LNG ships.

The source carries printing date 06/2024. Its HQ contact was EHWA DIAMOND IND. CO. LTD., 374 Nambudae-ro, Osan-city, Gyeonggi-do, 18145, Korea; www.ehwadia.com, bkkim@ehwadia.co.kr, telephone +82 (31) 370-9220, fax +82 (31) 370-9840. For European tool specification, contact EHWA Europe at the end of this edition.

Wood-cutting special tools: product lines: Component and machining view.
Wood-cutting special tools: product lines: Component and machining view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.
Wood-cutting special tools: product lines: Tool view.

EHWA DIAMOND – since 1975

These additions connect cutting-edge geometries and cutting materials with specific machining tasks, from gears and small components to wood-based panels and thread whirling. Cutting conditions and test results remain tied to the relevant tool and application.

Editorial edition: 14 October 2026. Technical basis: EHWA AMB 2026 Machine and New Product.

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Wiper inserts for finishing

Wiper inserts use an adapted corner geometry to reduce feed marks during finishing. The PCBN versions are shown for hard-turning finishing of hardened steel, cast iron and sintered metals; PCD versions address aluminium, non-ferrous metals and composites, including high-feed and mirror finishing.

Wiper insert in a turning application.
Wiper insert in a turning application.
Type Application and geometry
W1 Low feed; universal application; stable machining.
W2 High workpiece hardness and high-performance machining; high-feed finishing.
W3 Enhanced W1 geometry focused on lower cutting load and chatter.
W4 Enhanced W3 geometry focused on lower cutting load and chatter.

The schematic recommendation places W1/W3 in the lower and W2/W4 in the higher feed range. The horizontal axis is labelled from 0.1 to 0.4 mm/rev; the source states a design for up to 0.4 mm/rev. No numerical values are given for the vertical depth-of-cut axis ap. Select the geometry for the tool, holder, material and machine rigidity.

Schematic wiper selection by feed and depth of cut; no numerical ap scale.
Schematic wiper selection by feed and depth of cut; no numerical ap scale.

The comparison without/with a wiper explicitly gives Ra 0.4 µm and Ra 0.2 µm under the same cutting conditions as theoretical, illustrative roughness values. The illustrations explain the principle; they are not a documented measurement series or a guarantee of the achievable component surface.

Illustrative machining view without a wiper.
Illustrative machining view without a wiper.
Illustrative machining view with a wiper.
Illustrative machining view with a wiper.

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EBC76S: PCBN grade for gears and bearings

EBC76S was developed for gear machining and is also described for bearing applications. The source gives a CBN grain size of 1 µm and a CBN volume content of 65%. The following two tests retain their individual component, hardness and cutting-condition context.

Gear machining application.
Gear machining application.
EBC76S microstructure; no scale bar is given in the source.
EBC76S microstructure; no scale bar is given in the source.
EBC76S inserts.
EBC76S inserts.

Manufacturer test: spline gear

Parameter EHWA Comparison tool
Component Spline gear Spline gear
Hardness HRC 60 HRC 60
Cut Continuous Continuous
Diameter Ø50–55 mm Ø50–55 mm
vc 160–200 m/min 160–200 m/min
ap 0.10–0.15 mm 0.10–0.15 mm
f 0.15 mm/rev 0.15 mm/rev
Grade EBC76S Not identified
Test result 400 pieces 220–290 pieces
Failure mode Normal wear Fracture
Machining position on the spline-gear test component.
Machining position on the spline-gear test component.

Manufacturer test: spur gear inner machining

Parameter EHWA Comparison tool
Component Spur gear inner Spur gear inner
Hardness HRC 58 HRC 58
Cut Continuous to medium interrupted Continuous to medium interrupted
Diameter Ø65 mm Ø65 mm
vc 160–180 m/min 160–180 m/min
ap 0.10–0.12 mm 0.10–0.12 mm
f 0.15–0.20 mm/rev 0.15–0.20 mm/rev
Grade EBC76S Not identified
Test result 500 pieces 150 pieces
Failure mode Normal wear Fracture
Inner machining position on the spur-gear test component.
Inner machining position on the spur-gear test component.

These are application-specific manufacturer test results. The source does not identify the comparison grade, full machine configuration or statistical repeatability. They do not establish a general tool-life increase for other components.

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PCD tools for the 3C industry

3C stands for computer, communication and consumer electronics. EHWA describes customised PCD cutting edges and tool forms for high feeds, high material removal and fine surfaces. High rake angles are aimed at reduced burr formation. Select the edge geometry and cutting conditions for the component; burr-free results are not guaranteed independently of process conditions.

Housing example from the 3C application group.
Housing example from the 3C application group.
PCD edge geometry in detail.
PCD edge geometry in detail.
Four customised cutting-edge forms.
Four customised cutting-edge forms.
PCD 3C tool versions.
PCD 3C tool versions.

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H1 to H4: coatings for carbide tools

H4 adds a coating for machining very hard materials. The document describes higher hardness than H1 and resistance to oxidation and corrosion at high temperatures in wet and dry machining. The following hardness figures represent the AMB 2026 source edition; ~ denotes an approximate figure with no test method supplied.

Coating Hardness in AMB 2026 Application and characteristics
H1 ~3600 HV High-speed dry machining of hardened steel ≥HRC 50 and gears.
H2 ~3900 HV Improved wear and corrosion resistance over H1; dry machining of very hard steel, source indication ≥HRC 50.
H3 ~3800 HV Higher toughness and chipping resistance than H1; additional functional layer for low friction; Inconel, titanium alloys and stainless steel.
H4 ~4000 HV Very hard materials; high hardness; intended for high temperatures in wet and dry machining.

Earlier EHWA tables give hardness figures of 4000 for H2 and 3600 for H3. These differing source editions are not merged as identical specifications. Define the applicable version when selecting the tool. The property diagrams qualitatively compare hardness, wear resistance, thermal stability, toughness and corrosion resistance; they contain no calibrated measurement scale.

H1: coated tool tip.
H1: coated tool tip.
H1: qualitative manufacturer property profile; no measurement scale.
H1: qualitative manufacturer property profile; no measurement scale.
H2: coated tool tip.
H2: coated tool tip.
H2: qualitative manufacturer property profile; no measurement scale.
H2: qualitative manufacturer property profile; no measurement scale.
H3: coated tool tip.
H3: coated tool tip.
H3: qualitative manufacturer property profile; no measurement scale.
H3: qualitative manufacturer property profile; no measurement scale.
H4: coated tool tip.
H4: coated tool tip.
H4: qualitative manufacturer property profile; no measurement scale.
H4: qualitative manufacturer property profile; no measurement scale.

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Micro boring from Ø4 mm

Micro boring inserts support internal machining of small precision components from a bore diameter of 4 mm. The programme includes full-face PCBN, full-face PCD and a version with one brazed PCD cutting tip. I.C. is the insert inscribed-circle diameter and must not be confused with the machinable bore diameter.

Small precision components for micro boring applications.
Small precision components for micro boring applications.
Boring tool and three micro insert forms.
Boring tool and three micro insert forms.
Product Material and version Geometry R [mm] I.C. [mm]
FF-ECXA030X02 PCBN, full face 75° rhombus; 7° clearance 0.2 3.31
FF-CCGW030104 PCD, full face 80° rhombus; 7° clearance 0.4 3.5
CCGW03X104 PCD, one brazed tip 80° rhombus; 7° clearance 0.4 3.5

FF-ECXA030X02 is described for hardened steel HRC 45–60, sintered metals and cast iron; its model description specifies small bores Ø4–6 mm. FF-CCGW030104 and CCGW03X104 address aluminium, non-ferrous metals and composites. The full-face PCD version supports continuous precision finishing; the single-tip version is shown for high-feed and mirror finishing.

FF-ECXA030X02: model view.
FF-ECXA030X02: model view.
FF-CCGW030104: model view.
FF-CCGW030104: model view.
CCGW03X104: model view.
CCGW03X104: model view.

Recommended cutting conditions: ECXA

Parameter Source range
Spindle speed n Over 2000 min⁻¹
Depth of cut ap 0.02–0.10 mm
Feed f 0.03–0.10 mm/rev
Programme range for small bores From Ø4 mm

These cutting conditions apply to the ECXA standard specification and are not transferred to the two PCD models. Custom options concern thickness, inscribed-circle diameter, nose radius and grade. Custom radii are shown from R0.1 mm. Two-corner versions are available only in PCBN according to the source; full-face (FF) versions in both PCD and PCBN.

Applications include small automotive components such as injectors and valves, small bearing races, hydraulic and pneumatic spools and bushings, mould and precision components such as cores and pins, and aluminium housings and connectors.

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PCD and TCT tools for wood-based panels

The programme covers saw blades, hoggers, pre-milling cutters, router bits and drills for wood and wood-based panels. Customised versions are described for edge-banding machines and shipbuilding applications. TCT denotes tungsten-carbide-tipped tools.

Wood and wood-based panel machining.
Wood and wood-based panel machining.
Product group Outer diameter Task
TCT saw blade Ø80–1300 mm Sawing and grooving; tooth geometry matched to application, machine and horizontal or vertical feed direction.
PCD saw blade Ø80–1300 mm Wear-resistant version for volume production.
PCD hogger cutter Ø220–260 mm Rapid removal of surplus material at panel edges.
PCD A/T pre-milling cutter Ø80–250 mm Prepare edges before banding; reduce unevenness, ripple marks and burrs from previous machining.
PCD/TCT router bit Ø3–100 mm Shaping, trimming, grooving and edge profiling.
Boring/hinge bit From Ø3 mm Through holes and blind holes.

For PCD saw blades, the AMB document states 30 to 50 times the tool life of conventional TCT saw blades, depending on the application and operating conditions. This is a manufacturer statement without supplied comparison conditions; verify it for the material, cutting data and machine before an application-specific economic assessment.

Hoggers and A/T cutters are aimed at clean edges with reduced tear-out. An even pre-milled surface supports subsequent edge-band adhesion. Select the tool for the panel material, adhesive system and feed.

TCT saw blade.
TCT saw blade.
PCD saw blade.
PCD saw blade.
Wood-based panel machining.
Wood-based panel machining.
PCD hogger cutter.
PCD hogger cutter.
PCD A/T pre-milling cutter.
PCD A/T pre-milling cutter.
A/T cutter in edge preparation.
A/T cutter in edge preparation.
PCD/TCT router bits in different forms.
PCD/TCT router bits in different forms.
Boring and hinge bit versions.
Boring and hinge bit versions.
Drilling wood-based panels.
Drilling wood-based panels.

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Thread whirling with PCBN

EHWA describes tools for precise gothic-arch profiles and contact angles, repeatable CNC machining and custom forms. Relapping is presented as an option for economical reuse. Applications in the AMB document include ball screws and worm gears.

Thread whirling of a screw component.
Thread whirling of a screw component.
Grade Grain size Application AMB source description
EB510 2 µm Ball screw Toughness and wear resistance.
EB73 1 µm Ball screw Wear resistance.
EB12 2 µm Worm gear Wear resistance; solid form (Solid shape).

The associated bars indicate toughness, wear resistance and cost benefit qualitatively; without a numerical or test reference they do not establish a measured ranking. The source labels the microstructure images as ×1000 magnification.

EB510: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB510: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB510: microstructure, source magnification ×1000.
EB510: microstructure, source magnification ×1000.
EB73: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB73: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB73: microstructure, source magnification ×1000.
EB73: microstructure, source magnification ×1000.
EB12: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB12: qualitative manufacturer ratings for toughness, wear resistance and cost benefit; no numerical scale.
EB12: microstructure, source magnification ×1000.
EB12: microstructure, source magnification ×1000.

One row of the AMB grade table remains unresolved: under the PCBN heading it reads “Diamond vol (%)” with EB510 = 95, EB73 = 70 and EB12 = 90. The earlier grade overview gives 90% CBN for EB510 and 75% for EB73. The AMB row is therefore retained as a source observation, not as a confirmed diamond or CBN content for tool selection. Silently relabelling or harmonising the values would not be supported.

Manufacturer test: EB12

Parameter EHWA Comparison tool
Tool designation 16T-5W-(R), EB12 / 16T-5W-(F), EB12 Not identified
Cut Continuous Continuous
Spindle speed 4000 min⁻¹ 4000 min⁻¹
Cutting material EB12 (PCBN) TC (carbide)
Test result 100 pieces 22 pieces
Failure mode Normal wear Normal wear

Workpiece material, component size and depth of cut are not given; the hardness field contains a dash. The feed field prints “25,000” under the unit mm/rev. The meaning of this notation is unconfirmed and it is not presented as a usable cutting setting. The test result remains tied to these incomplete conditions.

EB12 whirling tools with axis illustration.
EB12 whirling tools with axis illustration.
First illustrated EB12 profile form.
First illustrated EB12 profile form.
Second illustrated EB12 profile form.
Second illustrated EB12 profile form.

Manufacturer test: EB73

Parameter EHWA Comparison tool
Tool designation 13.5T-22.6L-5W-3.175D, EB73 Not identified
Workpiece CF53 CF53
Hardness HRC 57–63 HRC 57–63
Cut Continuous Continuous
Spindle speed 2000 min⁻¹ 2000 min⁻¹
Cutting material EB73 (PCBN) PCBN
Test result 750 m 650 m
Failure mode Normal wear Normal wear

Component size, depth of cut and feed are not given in this test. The metre figures are reproduced as manufacturer test results; the source does not further define the underlying travel measurement. Both whirling tests apply to the described test setups and do not establish universal tool life.

CF53 whirling application in the EB73 test.
CF53 whirling application in the EB73 test.
EB73 insert and whirling head.
EB73 insert and whirling head.

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Tools for Swiss turning and automatic lathes

The application programme distinguishes ISO inserts, grooving and parting tools, rotating drills and end mills, threading inserts, boring tools and custom tools. The following tables preserve article codes and dimensions from the AMB programme. L/R denotes left- and right-hand versions. Dimensions are in mm; angles follow the drawing.

Small-component machining on an automatic lathe.
Small-component machining on an automatic lathe.
Six tool groups in the Swiss-turning programme.
Six tool groups in the Swiss-turning programme.

ISO inserts: V and D types

The PCD grades EP20 and EP75 are specified for all the following articles. I.C. is the inscribed-circle diameter, T the thickness and R the nose radius.

Product I.C. [mm] T [mm] R [mm]
VCGT070201 3.97 2.38 0.1
VCGT070202 3.97 2.38 0.2
VCGT070204 3.97 2.38 0.4
VCGT080201 4.76 2.38 0.1
VCGT080202 4.76 2.38 0.2
VCGT080204 4.76 2.38 0.4
VCGT110301 6.35 3.18 0.1
VCGT110302 6.35 3.18 0.2
VCGT110304 6.35 3.18 0.4
VCGT110308 6.35 3.18 0.8
DCGT070201 6.35 2.38 0.1
DCGT070202 6.35 2.38 0.2
DCGT070204 6.35 2.38 0.4
DCGT11T301 9.525 3.97 0.1
DCGT11T302 9.525 3.97 0.2
DCGT11T304 9.525 3.97 0.4
DCGT11T308 9.525 3.97 0.8
V type: ISO insert model form.
V type: ISO insert model form.
D type: ISO insert model form.
D type: ISO insert model form.

EMG, EMG2 and EMG3 grooving tools

All 15 versions are listed in TC, PCD and PCBN. W1, X1, R, W, L and T refer to the relevant dimensional drawing. The EMG dimensions agree with the earlier overview; EMG2 and EMG3 extend the programme.

Product W1 X1 R W L T
EMG 05000-L/R 0.5 3.0 0.00 2.7 22.2 5.6
EMG 10005-L/R 1.0 3.5 0.00 2.7 22.2 5.6
EMG 15005-L/R 1.5 3.5 0.05 2.7 22.2 5.6
EMG 2001-L/R 2.0 4.0 0.10 2.7 22.2 5.6
EMG 2501-L/R 2.5 4.0 0.10 2.7 22.2 5.6
EMG2 05000-L/R 0.5 3.0 0.00 3.0 23.0 7.0
EMG2 10005-L/R 1.0 3.5 0.00 3.0 23.0 7.0
EMG2 15005-L/R 1.5 3.5 0.05 3.0 23.0 7.0
EMG2 2001-L/R 2.0 4.0 0.10 3.0 23.0 7.0
EMG2 2501-L/R 2.5 4.0 0.10 3.0 23.0 7.0
EMG3 3001-L/R 3.0 4 0.1 6.0 30.3 10.2
EMG3 3501-L/R 3.5 4 0.1 6.0 30.3 10.2
EMG3 4002-L/R 4.0 5 0.2 6.0 30.3 10.2
EMG3 4502-L/R 4.5 5 0.2 6.0 30.3 10.2
EMG3 5002-L/R 5.0 5 0.2 6.0 30.3 10.2
EMG: dimensional drawing.
EMG: dimensional drawing.
EMG2: dimensional drawing.
EMG2: dimensional drawing.
EMG3: dimensional drawing.
EMG3: dimensional drawing.

EMT versions

Product W1 X1 T W L
EMT 10000-L/R 1.0 3.7 5.6 2.7 22.2
EMT 10005-L/R 1.0 3.7 5.6 2.7 22.2
EMT 15005-L/R 1.5 3.7 5.6 2.7 22.2
EMT 2001-L/R 2.0 3.7 5.6 2.7 22.2
EMT 2501-L/R 2.5 3.7 5.6 2.7 22.2
Product V Material/grade
EMT 10000-L/R 25–60 TC, PCD, PCBN, CVD
EMT 10005-L/R 25–60 EP20, EP75
EMT 15005-L/R 25–60 EP20, EP75
EMT 2001-L/R 25–60 EP20, EP75
EMT 2501-L/R 25–60 EP20, EP75

The source gives V = 25–60 and shows its angular position in the drawing, but does not state a unit in the table heading. The value remains tied to V; specify the angle from the drawing when ordering. TC denotes carbide and CVD the CVD diamond version.

EMT: drawing with W1, X1, T, W, L and V.
EMT: drawing with W1, X1, T, W, L and V.

BSR/L versions

The eight BS dimension sets agree with the existing BS table including Dm. The AMB edition additionally names the left/right versions and the TC, PCD, PCBN and CVD material group for all eight articles. The R field appears twice in the source with identical radius values and is listed once here.

Product R V1 V2 L D Dm
BSR/L 25 60 005 0.05 15 15 60 2.5 3
BSR/L 25 60 01 0.1 15 15 60 2.5 3
BSR/L 30 60 005 0.05 15 15 60 3 3.5
BSR/L 30 60 01 0.1 15 15 60 3 3.5
BSR/L 40 60 01 0.1 15 15 60 4 4.5
BSR/L 40 60 02 0.2 15 15 60 4 4.5
BSR/L 50 60 01 0.1 15 15 60 5 5.5
BSR/L 50 60 02 0.2 15 15 60 5 5.5
BSR/L: boring-tool dimensional drawing.
BSR/L: boring-tool dimensional drawing.

Custom special tools

The form overview shows adapted cutting profiles, grooving tools and custom inserts. It is a version overview without individual article codes or a dimension table. For an enquiry, provide the component drawing, material, machine and holder, and the required surface and dimensional tolerances.

Overview of custom tool forms.
Overview of custom tool forms.

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Tool selection with EHWA Europe

Please provide the component and material, machining process, bore or profile details, hardness, machine and tool holder, and the required tolerances, surface and tool life. Existing cutting conditions and the current wear pattern help when comparing an application.

EHWA Europe: info@ehwadia.de · +49 6173 997780.

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Sources and technical attribution

The technical basis is the 14-page AMB 2026 Machine document (Q298) and the 17-page New Product document (Q299). Repeated material from Cutting 2026 QR and existing product sheets is consolidated during integration; differing source figures remain identified. Editorial and German-English rewrite: 14 October 2026.

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Three micro-insert geometries from the 2023 exhibition programme

The PCBN programme page shows three distinct geometries for small or demanding machining profiles. Angles, tolerances and hole dimensions remain tied to each model. These identifiers are not interchangeable with similarly named PCD models.

Model Angle I.C. (mm) Drawing corner radius Clearance Hole Thickness (mm)
FF-ECXA030X02 75° 3.31 ±0.025 2×R0.2 7° Ø1.8 1.15 ±0.05
FF-CCGW030102 80° 3.5 ±0.025 2×R0.2 7° (Ø1.9) reference 1.4 ±0.13
YBGW160404(08) 30° 9.525 ±0.025 2×R0.8 — — —

The FF-CCGW030102 drawing also shows a 60° countersink; Ø1.9 is a parenthesised reference dimension. The YBGW160404(08) drawing explicitly shows 2×R0.8; the “04” code is not used to invent a second, undrawn geometry.

Micro geometries with the complete dimensional and tolerance annotations.
Micro geometries with the complete dimensional and tolerance annotations.

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H1/H2: cutting data in the 2023 source context

The accompanying diagram lists H1 and H2 under the source designation “TiSi+” for hardened steel in the H25–H35 range. It gives vc 80–140 m/min, f 0.05–0.15 mm/rev and ap 0.05–0.10 mm. These values describe the programme shown at the time; they are not blanket settings for every micro tool or subsequent PCD design. The exact coating chemistry is not inferred from “TiSi+”.

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PCBN ordering references from the 2025 document

The following references preserve the printed combination of model, cutting-corner count, grade, edge designation and order code. An empty cell means that the document provides no order code for that combination. Availability and geometry are confirmed with your enquiry.

The manufacturer confirms CNGA120404 / EB02C020506004 as EB428 GS. The supplementary matrix also preserves the printed combinations for EB319, EB416 and EB454 HS. The repeated “2” and “3” values in the newer matrix’s radius field are not adopted as corner radii.

Part 1

Metric model Inch ISO Cutting corners Grade / edge Order code
CNGA120402 CNGA430.5 2 — —
CNGA120404 CNGA431 2 EB428 GS EB02C020506004
CNGA120404 CNGA431 2 EB416 GS EB02C021106004
CNGA120404 CNGA431 2 EB419 GS EB02C022406004
CNGA120404 CNGA431 2 EB454 GS EB02C021806004
CNGA120404 CNGA431 2 EB454 HS EB02C021807004
CNGA120404 CNGA431 2 EB210 MT EB02C023003000
CNGA120408 CNGA432 2 EB428 GS EB02C030506004
CNGA120408 CNGA432 2 EB416 GS EB02C031106004
CNGA120408 CNGA432 2 EB419 GS EB02C032406004
CNGA120408 CNGA432 2 EB454 GS EB02C031806004
CNGA120408 CNGA432 2 EB454 HS EB02C031807004
CNGA120408 CNGA432 2 EB71X LT EB02C033301000
CNGA120408 CNGA432 2 EB210 MT EB02C033003000
CNGA120412 CNGA433 2 EB428 GS EB02C040506004
CNGA120412 CNGA433 2 EB416 GS EB02C041106004
CNGA120412 CNGA433 2 EB419 GS EB02C042406004
CNGA120412 CNGA433 2 EB454 GS EB02C041806004
CNGA120412 CNGA433 2 EB454 HS EB02C041807004
CNGA120412 CNGA433 2 EB71X LT EB02C043301000
CNGA120412 CNGA433 2 EB210 MT EB02C043003000
CCGW060202 CCGW2(1.5)0.5 2 EB428 GS EB02C120506004
CCGW060202 CCGW2(1.5)0.5 2 EB419 GS EB02C122406004
CCGW060202 CCGW2(1.5)0.5 2 EB454 GS EB02C121806004
CCGW060204 CCGW2(1.5)1 2 EB428 GS EB02C130506004
CCGW060204 CCGW2(1.5)1 2 EB419 GS EB02C132406004
CCGW060204 CCGW2(1.5)1 2 EB454 GS EB02C131806004
CCGW060204 CCGW2(1.5)1 2 EB71X LT EB02C133301000
CCGW060208 CCGW2(1.5)2 2 EB419 GS EB02C142406004
CCGW09T302 CCGW3(2.5)0.5 2 EB428 GS EB02C150506004
CCGW09T302 CCGW3(2.5)0.5 2 EB419 GS EB02C152406004
CCGW09T302 CCGW3(2.5)0.5 2 EB454 GS EB02C151806004
CCGW09T302 CCGW3(2.5)0.5 2 EB71X LT EB02C153301000
CCGW09T302 CCGW3(2.5)0.5 2 EB210 MT EB02C163003000*
CCGW09T304 CCGW3(2.5)1 2 EB428 GS EB02C160506004
CCGW09T304 CCGW3(2.5)1 2 EB419 GS EB02C162406004
CCGW09T304 CCGW3(2.5)1 2 EB454 GS EB02C161806004
CCGW09T304 CCGW3(2.5)1 2 EB454 HS EB02C161807004
CCGW09T304 CCGW3(2.5)1 2 EB71X LT EB02C163301000
CCGW09T308 CCGW3(2.5)2 2 EB428 GS EB02C170506004
CCGW09T308 CCGW3(2.5)2 2 EB419 GS EB02C172406004
CCGW09T308 CCGW3(2.5)2 2 EB454 GS EB02C171806004
CCGW09T308 CCGW3(2.5)2 2 EB454 HS EB02C171807004
CCGW09T308 CCGW3(2.5)2 2 EB71X LT EB02C173301000
DNGA110404 DNGA331 2 — —
DNGA110408 DNGA332 2 — —
DNGA110412 DNGA333 2 — —
DNGA150404 DNGA431 2 EB428 GS EB02D060506004
DNGA150404 DNGA431 2 EB416 GS EB02D061106004
DNGA150404 DNGA431 2 EB419 GS EB02D062406004
DNGA150404 DNGA431 2 EB454 GS EB02D061806004
DNGA150404 DNGA431 2 EB454 HS EB02D061807004
DNGA150404 DNGA431 2 EB71X LT EB02D063301000
DNGA150404 DNGA431 2 EB210 MT EB02D063003000
DNGA150408 DNGA432 2 EB319 GS EB02D070106003
DNGA150408 DNGA432 2 EB428 GS EB02D070506004
DNGA150408 DNGA432 2 EB416 GS EB02D071106004
DNGA150408 DNGA432 2 EB419 GS EB02D072406004
DNGA150408 DNGA432 2 EB454 GS EB02D071806004
DNGA150408 DNGA432 2 EB454 HS EB02D071807004
DNGA150408 DNGA432 2 EB71X LT EB02D073301000
DNGA150408 DNGA432 2 EB210 MT EB02D073003000
DNGA150408 DNGA432 4 EB416 GS EB04D071106004
DNGA150412 DNGA433 2 EB428 GS EB02D080506004
DNGA150412 DNGA433 2 EB416 GS EB02D081106004
DNGA150412 DNGA433 2 EB419 GS EB02D082406004
DNGA150412 DNGA433 2 EB454 GS EB02D081806004
DNGA150412 DNGA433 2 EB454 HS EB02D081807004
DNGA150412 DNGA433 2 EB71X LT EB02D083301000
DNGA150412 DNGA433 2 EB210 MT EB02D083003000
DNGA150412 DNGA433 4 EB416 GS EB04D081106004
DNGA150604 DNGA441 2 EB428 GS EB02D100506004
DNGA150604 DNGA441 2 EB419 GS EB02D102406004
DNGA150604 DNGA441 2 EB454 GS EB02D101806004
DNGA150604 DNGA441 2 EB71X LT EB02D103301000
DNGA150604 DNGA441 2 EB210 MT EB02D103003000
DNGA150608 DNGA442 2 EB428 GS EB02D110506004
DNGA150608 DNGA442 2 EB416 GS EB02D111106004
DNGA150608 DNGA442 2 EB454 GS EB02D111806004
DNGA150608 DNGA442 2 EB71X LT EB02D113301000
DNGA150608 DNGA442 2 EB210 MT EB02D113003000
DNGA150608 DNGA442 4 EB416 GS EB04D111106004
DNGA150612 DNGA443 2 EB428 GS EB02D120506004
DNGA150612 DNGA443 2 EB416 GS EB02D121106004
DNGA150612 DNGA443 2 EB454 GS EB02D121806004
DNGA150612 DNGA443 2 EB71X LT EB02D123301000
DNGA150612 DNGA443 4 EB416 GS EB04D121106004
DCGW070202 DCGW2(1.5)0.5 2 EB428 GS EB02D150506004
DCGW070202 DCGW2(1.5)0.5 2 EB419 GS EB02D152406004
DCGW070202 DCGW2(1.5)0.5 2 EB454 GS EB02D151806004
DCGW070204 DCGW2(1.5)1 2 EB428 GS EB02D160506004
DCGW070204 DCGW2(1.5)1 2 EB419 GS EB02D162406004
DCGW070204 DCGW2(1.5)1 2 EB454 GS EB02D161806004
DCGW070204 DCGW2(1.5)1 2 EB71X LT EB02D163301000
DCGW070208 DCGW2(1.5)2 2 — —
DCGW11T302 DCGW3(2.5)0.5 2 EB428 GS EB02D180506004
DCGW11T302 DCGW3(2.5)0.5 2 EB419 GS EB02D182406004
DCGW11T302 DCGW3(2.5)0.5 2 EB454 GS EB02D181806004
DCGW11T302 DCGW3(2.5)0.5 2 EB71X LT EB02D183301000
DCGW11T304 DCGW3(2.5)1 2 EB428 GS EB02D190506004
DCGW11T304 DCGW3(2.5)1 2 EB419 GS EB02D192406004
DCGW11T304 DCGW3(2.5)1 2 EB454 GS EB02D191806004
DCGW11T304 DCGW3(2.5)1 2 EB454 HS EB02D191807004
DCGW11T304 DCGW3(2.5)1 2 EB71X LT EB02D193301000
DCGW11T304 DCGW3(2.5)1 2 EB210 MT EB02D193003000
DCGW11T308 DCGW3(2.5)2 2 EB428 GS EB02D200506004
DCGW11T308 DCGW3(2.5)2 2 EB419 GS EB02D202406004
DCGW11T308 DCGW3(2.5)2 2 EB454 GS EB02D201806004
DCGW11T308 DCGW3(2.5)2 2 EB454 HS EB02D201807004
DCGW11T308 DCGW3(2.5)2 2 EB71X LT EB02D203301000
DCGW11T308 DCGW3(2.5)2 2 EB210 MT EB02D203003000
TNGA160404 TNGA331 3 EB419 GS EB03T062406004
TNGA160404 TNGA331 3 EB210 MT EB03T063003000
TNGA160408 TNGA332 3 EB428 GS EB03T070506004
TNGA160408 TNGA332 3 EB454 GS EB03T071806004
TNGA160408 TNGA332 3 EB71X LT EB03T073301000
TNGA160412 TNGA333 3 EB210 MT EB03T083003000
TCGW090202 TCGW1.8(1.5)0.5 3 — —
TCGW090204 TCGW1.8(1.5)1 3 EB419 GS EB03T202406004
TCGW090208 TCGW1.8(1.5)2 3 — —

Part 2

Metric model Inch ISO Cutting corners Grade / edge Order code
TPGW110202 TPGW2(1.5)0.5 3 — —
TPGW110204 TPGW2(1.5)1 3 EB428 GS EB03T360506004
TPGW110208 TPGW2(1.5)2 3 — —
TPGW110302 TPGW220.5 3 — —
TPGW110304 TPGW221 3 EB428 GS EB03T390506004
TPGW110304 TPGW221 3 EB419 GS EB03T392406004
TPGW110304 TPGW221 3 EB454 GS EB03T391806004
TPGW110304 TPGW221 3 EB210 MT EB03T393003000
TPGW110308 TPGW222 3 EB428 GS EB03T400506004
TPGW110308 TPGW222 3 EB71X LT EB03T403301000
VNGA160402 VNGA330.5 2 — —
VNGA160404 VNGA331 2 EB428 GS EB02V020506004
VNGA160404 VNGA331 2 EB416 GS EB02V021106004
VNGA160404 VNGA331 2 EB419 GS EB02V022406004
VNGA160404 VNGA331 2 EB454 GS EB02V021806004
VNGA160404 VNGA331 2 EB71X LT EB02V023301000
VNGA160404 VNGA331 4 EB416 GS EB04V021106004
VNGA160408 VNGA332 2 EB428 GS EB02V030506004
VNGA160408 VNGA332 2 EB416 GS EB02V031106004
VNGA160408 VNGA332 2 EB419 GS EB02V032406004
VNGA160408 VNGA332 2 EB454 GS EB02V031806004
VNGA160408 VNGA332 2 EB71X LT EB02V033301000
VNGA160408 VNGA332 4 EB416 GS EB04V031106004
VBGW110302 VBGW220.5 2 EB428 GS EB02V050506004
VBGW110302 VBGW220.5 2 EB454 GS EB02V051806004
VBGW110304 VBGW221 2 EB428 GS EB02V060506004
VBGW110304 VBGW221 2 EB454 GS EB02V061806004
VBGW110308 VBGW222 2 — —
VBGW160402 VBGW330.5 2 EB428 GS EB02V080506004
VBGW160402 VBGW330.5 2 EB419 GS EB02V082406004
VBGW160402 VBGW330.5 2 EB454 GS EB02V081806004
VBGW160402 VBGW330.5 2 EB71X LT EB02V083301000
VBGW160402 VBGW330.5 2 EB210 MT EB02V083003000
VBGW160404 VBGW331 2 EB428 GS EB02V090506004
VBGW160404 VBGW331 2 EB416 GS EB02V091106004
VBGW160404 VBGW331 2 EB419 GS EB02V092406004
VBGW160404 VBGW331 2 EB454 GS EB02V091806004
VBGW160404 VBGW331 2 EB71X LT EB02V093301000
VBGW160404 VBGW331 2 EB210 MT EB02V093003000
VBGW160408 VBGW332 2 EB428 GS EB02V100506004
VBGW160408 VBGW332 2 EB416 GS EB02V101106004
VBGW160408 VBGW332 2 EB419 GS EB02V102406004
VBGW160408 VBGW332 2 EB454 GS EB02V101806004
VBGW160408 VBGW332 2 EB71X LT EB02V103301000
VBGW160408 VBGW332 2 EB210 MT EB02V103003000
VCGW110302 VCGW220.5 2 — —
VCGW110304 VCGW221 2 EB428 GS EB02V150506004
VCGW110304 VCGW221 2 EB454 GS EB02V151806004
VCGW110308 VCGW222 2 — —
VCGW160402 VCGW330.5 2 EB428 GS EB02V170506004
VCGW160402 VCGW330.5 2 EB419 GS EB02V172406004
VCGW160402 VCGW330.5 2 EB454 GS EB02V171806004
VCGW160404 VCGW331 2 EB428 GS EB02V180506004
VCGW160404 VCGW331 2 EB419 GS EB02V182406004
VCGW160404 VCGW331 2 EB454 GS EB02V181806004
VCGW160408 VCGW332 2 EB428 GS EB02V190506004
VCGW160408 VCGW332 2 EB419 GS EB02V192406004
WNGA080404 WNGA431 2 — —
WNGA080408 WNGA432 2 EB428 GS EB03W070506004
WNGA080408 WNGA432 2 EB419 GS EB03W072406004
WNGA080408 WNGA432 2 EB454 GS EB03W071806004
WNGA080408 WNGA432 2 EB210 MT EB03W073003000

*For CCGW09T302, EB02C163003000 is printed on the “02” source row. Confirm this model/code combination before ordering; the code is not silently moved to the “04” row.

Source and comparison: EHWA Q225/Q226, p.24; Q281, pp.8–9. Manufacturer verification: CNGA120404 EB428, PCBN programme. Source edition and current availability are separate matters.

The following tools and enquiry data supplement the CV-joint programme. Designs, cutting materials and contact geometry remain tied to the individual application.

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PCBN ball-track milling cutters for CV joints

Constant-velocity joints transmit torque across variable shaft angles. Tool design considers the inner race, outer race, cage and ball tracks. The ball-track cutters described here use steel bodies with application-specific PCBN grades and edge preparations.

Ball-track milling in a CV joint.
Ball-track milling in a CV joint.
Series Body Flutes Z Material
EBEB-HF HF10 / HF12 / HF14 4 PCBN
EBEB-HF Customised To be specified PCBN
EBEB-ST ST10 / ST12 4 PCBN
EBEB-ST Customised To be specified PCBN
EBEB-HF ball-track cutter.
EBEB-HF ball-track cutter.
EBEB-ST ball-track cutter.
EBEB-ST ball-track cutter.
PCBN grade Manufacturer property emphasis
EB37X Chemical resistance and higher toughness.
EB11 Wear resistance and high toughness.
EB710 Chemical and wear resistance.
EB37X: microstructure with no supplied scale bar.
EB37X: microstructure with no supplied scale bar.
EB11: microstructure with no supplied scale bar.
EB11: microstructure with no supplied scale bar.
EB710: microstructure with no supplied scale bar.
EB710: microstructure with no supplied scale bar.

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Ball-track geometry and tool enquiry

The document lists AC, UF, SX, GI and DO joint types and elliptic, gothic and circular ball-track profiles. Consider the profile, gauge ball and contact geometry together. The following fields reproduce the complete technical content of the source questionnaire.

Elliptic, gothic and circular ball-track profiles.
Elliptic, gothic and circular ball-track profiles.
Profile construction, gauge ball, P.C.D., vertex clearance, conformity, contact and wrapping angles, and adapted cutter form with complete original references.
Profile construction, gauge ball, P.C.D., vertex clearance, conformity, contact and wrapping angles, and adapted cutter form with complete original references.
Enquiry field Selection/unit
Component Inner race / outer race
Track geometry Elliptic / gothic / circular
Gauge-ball diameter mm
Ball-track diameter P.C.D. mm
Contact angle °
Vertex clearance mm
Conformity Source field: mm
Contact radius mm
Wrapping angle °
Tool length L mm
Tool setting angle V °
Machine interface HSK63 / special

P.C.D. here denotes the ball-track or gauge-ball pitch-circle diameter; it is not the cutting material PCD. “Conformity” is assigned mm in the source form. Define whether it means a distance, profile dimension or ratio before drawing approval; the questionnaire does not replace an unambiguous contact-geometry definition.

Complete enquiry drawings: tool length L, setting angle V, gauge ball, vertex clearance, P.C.D., and contact and wrapping angles.
Complete enquiry drawings: tool length L, setting angle V, gauge ball, vertex clearance, P.C.D., and contact and wrapping angles.

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Additional PCBN inserts for hard turning

The application concerns outer and inner races, cages and tripod components in interrupted cutting. The source overview identifies EB73 with an emphasis on chemical resistance and toughness, and EB210 on wear resistance and high toughness. These grades remain tied to this application; the earlier overview does not replace the newer EBC52X data.

Source code Machining
TNGA160412(16) Outer/inner race and cage, external and internal machining.
CNGA120408 Tripod joint shaft, outer diameter.
DCGW11T308 Tripod spider.

TNGA160412(16) remains as the printed combined designation; determine the specific radius/article version from the drawing. The EB73 comparison chart has no result unit or cutting conditions. It is not used to establish a quantitative tool-life benefit.

EB73 source comparison with a 0–500 scale; no result unit or cutting conditions are provided.
EB73 source comparison with a 0–500 scale; no result unit or cutting conditions are provided.
Outer-race hard turning.
Outer-race hard turning.
Inner-race hard turning.
Inner-race hard turning.
Ball-cage hard turning.
Ball-cage hard turning.
EB73 microstructure.
EB73 microstructure.
EB210 microstructure.
EB210 microstructure.

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Your tool specification

Grinding and rotary dressers are already covered by the grinding programme: B126M180VBTM for cage windows, B181M160VBTM for outer races, and rotary dressers for the inner race, cage and outer-race diameter. Those data are presented there once.

EHWA Europe: info@ehwadia.de · +49 6173 997780.

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Your tooling enquiry

Please specify material, component drawing, machine and interface, operation, cutting data, coolant supply and required tolerances, surface finish and tool life. Samples or a dimensioned drawing help specify custom shapes.

EHWA Europe: info@ehwadia.de, telephone +49 6173 997780.

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Sources and editorial edition

Technical basis: EHWA Cutting 2022 (240 pages), EHWA Cutting 2026 QR (24 pages) and Special Tools for Wood Cutting, printing date 06/2024 (2 pages). The editorial edition of this German and English redesign is dated 14 October 2026. Application and trial data are assigned to their respective product sections.

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Questions about tool selection

Which PCD and PCBN tools are included in the EHWA catalogue?

The catalogue includes inserts, turning and grooving holders, milling tools, drills, reamers and custom tools. Item codes, dimensions, cutting-material grades and application examples belong to their respective product sections.

What information helps select a cutting tool?

Material and hardness, part drawing, machine and interface, machining stage, cutting data, coolant and required surface finish support selection. Contour and tolerances are particularly important for micro tools and custom forms.