Special surface technology

Smooth insert surface for welding resistance and excellent chip flow

CVD Grade

Extremely stable tool life in steel turning due to amazing chipping resistance

T9105, T9115, T9125, T9135

ISO Application Range

The most efficient grade for stainless steel turning

T6120, T6130

ISO Application Range

Excellent for cast iron turning

T5105, T5115, T5125

ISO Application Range

Versatile grade for cast iron turning at high speed, complementing T5115

Features:

– T515 achieves stable, long tool life in both continuous and interrupted machining!

• Excellent wear resistance in continuous cutting with high speed condition!
• Incredible chipping resistance in interrupted cutting!

ISO Application Range

 PVD Grade

Exceptional tool life for stainless steel turning

AH630, AH645

ISO Application Range

Super flash coating for high productivity in machining of steel and stainless steel

ISO Application Range

Maximum productivity in machining of superalloys

ISO Application Range

Ideal Grade for Small parts machining

ISO Application Range

Outstanding performance in machining heat-resistant

ISO Application Range

Cermet Grade

Stable tool life due to incredible fracture resistance!

ISO Application Range

Chipbreakers

Versatile chipbreaker for highly productive turning of steel

Unique chipbreaker reduces crater wear, providing high productivity and stable, long tool life

Features:

– Finishing to medium cutting
– “Lift-Ridge” shape prevents crater wear

• Reduces chip contact and heat generation
• Suitable for a wide range of cutting conditions
• Effective in large area of rake face

– Specially designed protrusion and ideal chipbreaker width deliver good chip control
– Inclination on cutting edge decreases

ISO Application Range

Wiper insert series for advanced turning operations

Only half the surface roughness even at doubled feed rate compared to regular ISO insert without wiper

Features:

– Highly efficient machining due to uniquely designed wiper shape

•  FW – Finishing
  Newly designed “Two-Stage Protrusion” offers stable chip control in machining with low depth of cut
• SW – Finishing to medium cutting
  Newly developed “Two-Stage bottom” design provides stable chip control in a wide range of depth of cut

–Excellent surface roughness