Lathe Tools

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• LM chipbreaker designed for medium turning applications and unstaple conditions
• TNMG negative geometry
• Triangular insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• KM is chipbreaker designed for medium turning applications
• VNMG negative geometry
• 35° rhombic insert

• Grade P2501 is our first choice and best performing insert for turning steel
• PVD coated
• KF chipbreaker is designed for finishing
• DNMG negative geometry
• 55° rhombic Insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• LF chipbreaker is designed for finishing of sticky materials
• SNMG negative geometry
• Square insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• TNMG negative geometry
• Triangular insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• VNMG negative geometry
• 35° rhombic insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• WNMG negative geometry
• 80° trigon insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• CCMT negative geometry
• 80° rhombic insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• SCMT negative geometry
• Squa insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• SCMT negative geometry
• Triangular insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KF chipbreaker is designed for finishing
• VCMT negative geometry
• 55° rhombic Insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• CNMG negative geometry
• 80° rhombic Insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• DNMG negative geometry
• 55° rhombic Insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• DNMG negative geometry
• 55° rhombic Insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• DNMG negative geometry
• 55° rhombic Insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• TNMG negative geometry
• Triangular insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• TNMG negative geometry
• Triangular insert

• Grade P2501 is our first choice and best performing insert for turning steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• VNMG negative geometry
• 35° rhombic Insert

• Grade P3501 is our first choice for turning stainless steel and interrupted turning of steel
• CVD coated
• KR chipbreaker is designed for roughing and interrupted cutting
• VNMG negative geometry
• 35° rhombic Insert

CNMG T-Max® P turning inserts feature 4 cutting edges and a neutral direction for both left and right hand cutting applications. Made with a hard carbide construction for greater rigidity and strength during machining. The CVD TICN+AL2O3+TIN coating helps reduce heat and wear prolonging the tool life.

CNMG T-Max® P turning inserts feature 4 cutting edges and a neutral direction for both left and right hand cutting applications. Made with a hard carbide construction for greater rigidity and strength during machining. The CVD TICN+AL2O3+TIN coating helps reduce heat and wear prolonging the tool life.

CNMG T-Max® P turning inserts feature 4 cutting edges and a neutral direction for both left and right hand cutting applications. Made with a hard carbide construction for greater rigidity and strength during machining. The CVD TICN+AL2O3+TIN coating helps reduce heat and wear prolonging the tool life.

Features:

• Recommended for RGE type knurling
• For knurling up to a shoulder (Fig. 1)
• Pivoting head for knurls self-centering (Fig. 2)
• HSS bushings
• Anti-wearing treatment of the tool surface
• Adjustment of tool clearance angle by threaded studs integrated in the shank

Features:

• Recommended for RAA type knurling
• Carbide pin
• Anti-wearing treatment of the tool surface
• Adjustment of tool clearance angle by threaded studs integrated in the shank