Application · Tooling Industry

Indexable Insert Grinding

When cylindrical and surface grinding indexable inserts made of carbide, cermet, or PCD/PCBN, dimensional accuracy, cutting-edge quality, and process stability are the central concerns.

Resin · HybridB46 – B181Ø 75 – 400 mm
Wendeschneidplatten in der Schleifbearbeitung

Process


Resin- and hybrid-bonded diamond or CBN grinding wheels enable economical grinding of peripheral surfaces, clearance faces, and flat seats at high feed rates and defined dressing intervals.

Resin-bonded tools offer a damping bond characteristic with homogeneous surface quality. Hybrid bonds combine high profile stability with improved tool-life behavior – especially for short cycle times in automated production lines.

What the process gains


Longer dressing intervals

Reduced downtime, higher net machine runtime

Consistent cutting-edge quality

Reproducible dimensional and form accuracy over the tool life

Reduced thermal load

Minimized risk of micro-chipping at the edge

Recommended tools


Tool program for Indexable Insert Grinding
Product types Cylindrical and surface grinding wheels for indexable inserts
Abrasive Diamond for carbide, cermet, ceramics · CBN for PCBN substrates and hardened steels
Bonds Resin bond (standard and high-performance) · hybrid bond
Grit sizes B46 – B181
Dimensions Ø 75 – 400 mm, special sizes up to Ø 500 mm

Process example


Diamond, hybrid and resin bond

Cylindrical and surface grinding of carbide indexable inserts

Goal: Increase tool life while maintaining consistent edge preparation of 8 – 12 µm

18 – 25 %
Higher tool life

Compared to conventional resin bond

Process parameters
Material Carbide K20 – K40
Machine Agathon 400 PENTA
Cylindrical grinding wheel Diamond, hybrid bond, B126
Surface grinding wheel Diamond, resin bond, B91
Peripheral speed 18 – 22 m/s
Feed rate 0.2 – 0.4 mm/s
Infeed 0.01 – 0.03 mm per stroke
Coolant Oil

Result

  • Dressing interval extended by approx. 20 % at the same profile accuracy
  • Ra 0.15 – 0.25 µm stable over the entire tool life
  • No micro-chipping at the edge in series production

Figures from an approved customer process. Tools are always engineered around the machine, workpiece, and process of the individual case – these figures are evidence, not a guarantee.