[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

[Features]· TN620: Special reinforcing technology (hybrid technology) achieves both superior fracture resistance and wear resistance.· Achieves stable machining of steel and an excellent finished surface.[Applications]· For lathe turning· TN620: The foremost recommended cermet for steel machining

Metric Thread (M) with Flat Blade 60°

Metric Thread (M) with Flat Blade 60°

Metric Thread (M) with Flat Blade 60°

Metric Thread (M) with Flat Blade 60°

Metric Thread (M) with Flat Blade 60°

Metric Thread (M) with Flat Blade 60°

[Specifications]· Shape: T (Triangle)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: T (Triangle)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: T (Triangle)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: T (Triangle)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: V (35° Rhombus)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: V (35° Rhombus)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: V (35° Rhombus)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter

[Specifications]· Shape: V (35° Rhombus)· Number of Available Corners: 1· Rake Angle: Positive· Handedness: No handedness[Applications]· For Outer Diameter / Inner Diameter