TNMG22 Lathe Insert

TNMG22 lathe insert

The TNMG22 turning insert designed for cast iron is made from tungsten carbide with a surface hardness above 2600HV. The cutting edge length is 12.7 mm and the thickness is 4.76 mm. A nose radius of 0.8 mm helps improve surface quality and chip control. The rake angle is 15 degrees and the clearance angle is 7 degrees, optimized for efficient cast iron machining. The TiAlN coating provides thermal resistance up to 900°C and increases tool life against wear. The insert is coded according to ISO 1832 standards and compatible with CNMG and DNMG tool holders.

This insert can operate at cutting speeds up to 320 meters per minute and feed rates between 0.1 and 0.35 mm per revolution, ideal for cast iron machining. Its double-sided geometry with wear-resistant edges reduces vibration and enhances machining stability. The coding includes geometric data, coating type, and dimensional tolerances, enabling quick identification and easy replacement. Proper use of cutting parameters and optimized lubrication can extend the insert’s effective life up to 85 minutes and improve the surface finish quality of the workpiece.

TNMG22 lathe insert for cast iron lathe

The TNMG22 turning insert designed for stainless steel machining is made from tungsten carbide with a surface hardness exceeding 2700HV. The cutting edge length is 12.7 mm, thickness 4.76 mm, and nose radius 0.8 mm, improving cutting quality and chip control in hard metals. The rake angle is 15 degrees and clearance angle 7 degrees, engineered to reduce cutting forces and extend tool life. The TiAlN coating increases wear and heat resistance up to 950°C. This TNMG22 insert is manufactured according to ISO 1832 standards and fully compatible with CNMG and DNMG tool holders.

The TNMG22 insert can withstand cutting speeds between 250 and 350 meters per minute and feed rates from 0.1 to 0.3 mm per revolution, ideal for stainless steel machining. Its double-sided geometry with wear-resistant edges reduces vibration and enhances machining stability. Precise coding includes geometric features, coating type, and dimensional tolerances, facilitating quick and accurate tool replacement. Optimized cutting parameters and proper lubrication increase the insert’s service life and improve the workpiece surface quality.

TNMG22 lathe insert

The TNMG22 turning insert is made of tungsten carbide with a surface hardness exceeding 2500HV, suitable for machining steel and alloy materials. The insert has a cutting edge length of 12.7 mm and a thickness of 4.76 mm, optimized with a nose radius of 0.8 mm. Its rake angle is set at 15 degrees and clearance angle at 7 degrees to balance tool life and final surface quality. A TiAlN coating enhances wear and heat resistance up to 900°C. The insert is coded according to ISO 1832 standards and fully compatible with CNMG and DNMG tool holders.

The TNMG22 insert can withstand cutting speeds up to 350 meters per minute and feed rates between 0.1 and 0.4 mm per revolution, suitable for roughing and finishing operations. Its double-sided geometry with wear-resistant edges reduces vibration and improves machining stability. The insert’s coding includes geometric features, coating type, and dimensional tolerances, aiding quick selection and replacement. Proper cutting parameters and optimized lubrication extend the insert’s effective life up to 80 minutes and improve the workpiece surface quality.

TNMG22 lathe insert for steel

The TNMG22 turning insert for steel is made of tungsten carbide with a surface hardness exceeding 2600HV, ideal for machining alloy and hardened steels. The insert has a cutting edge length of 12.7 mm, thickness of 4.76 mm, and a nose radius of 0.8 mm, which improves chip control and machining accuracy. The rake angle is 15 degrees and the clearance angle is 7 degrees, designed to increase tool life and enhance final surface quality. The TiAlN coating offers heat resistance up to 900°C, increasing wear resistance and extending the insert’s service life.

The TNMG22 steel insert can operate at cutting speeds between 300 and 400 meters per minute and feed rates from 0.1 to 0.35 mm per revolution, improving productivity and reducing machining time. Its double-sided design reduces vibration and enhances machining stability. Precise coding includes geometric features, coating type, and dimensional tolerances, enabling quick identification and replacement. Optimal cutting parameters and lubrication can extend tool life up to 90 minutes and ensure high surface finish quality on the workpiece.