What are the Specific Applications of TBGT060102L Turning Inserts?

TBGT060102L Turning Insertions play a key role in various metal precision machining fields due to the performance endowed by ceramic metal materials and PVD technology.

Stainless steel precision component processing

The excellent lubricity of TBGT060102L Turning Inserts reduces frictional resistance during cutting, and with high-precision characteristics, it can achieve micrometer level size control, ensuring extremely low surface roughness of processed stainless steel parts. At the same time, its good wear resistance and toughness ensure that the blade is not easily worn or broken during long-term precision machining, maintaining stable machining accuracy.

Processing of sintered alloy products

Sintered alloys are commonly used in automotive engine components, molds, and other fields. These materials have high hardness and complex internal structures, making them difficult to process. TBGT060102L Turning Inserts, with the high strength of ceramic metal materials, can effectively cut sintered alloys. The wear resistance enhanced by PVD technology keeps the cutting edge sharp during the machining process, reducing the frequency of tool replacement; Its good toughness prevents the blade from cracking when dealing with irregular structures of sintered alloys, achieving efficient and stable processing, and meeting the high-precision production requirements of sintered alloy products.

Continuous high-precision machining of cast iron parts

In the precision machining of cast iron parts such as machine tool beds and automobile cylinder bodies, TBGT060102L Turning Inserts can adapt to long-term continuous cutting with excellent wear resistance, reducing dimensional deviations caused by blade wear; The high-precision feature ensures high dimensional consistency of the processed cast iron parts, meeting assembly requirements; Excellent lubricity reduces the generation of cutting heat, avoids thermal deformation on the surface of cast iron due to high temperature, ensures machining quality, and is particularly suitable for large-scale, high-precision cast iron parts production scenarios.