CCMT060204-HM Turning Insert

CCMT060204-HM, CCMT060208-HM, CCMT09T304-HM, CCMT09T308-HM, CCMT120404-HM and CCMT120408-HM are common models of rectangular cutting inserts, which are widely used in metal cutting. The following is a technical introduction and comparison of them: CCMT060204-HM: This insert has a sharp corner and precisely designed tool geometry, which enables it to maintain stable cutting performance in high-speed cutting.  CCMT060204-HM is made of high hardness material to provide better wear resistance and breaking strength. Special coating treatment can effectively reduce cutting friction and heat generation, improve cutting efficiency and tool life. It is suitable for precision cutting and micromachining. CCMT060208-HM: Compared with CCMT060204-HM, this insert has a longer edge length and is suitable for general thinning and medium duty machining. Its tool geometry and edge design enable it to provide good stability and cutting efficiency during high-speed cutting. CCMT09T304-HM: This insert has a larger edge size and multiple corners, making it suitable for heavy cutting and tasks with higher cutting loads. It is made of high hardness and high wear resistance materials to provide longer tool life and better machining accuracy. CCMT09T308-HM: This blade is similar to the CCMT09T304-HM, but with more points and a wider edge. It is suitable for high-speed cutting and high-load processing, and can improve processing efficiency and processing quality. CCMT120404-HM: This insert has a larger size and insert length for heavy cutting and extended machining range. It is manufactured from high hardness and high breaking strength materials while being treated with a special coating to provide longer tool life and higher cutting efficiency. CCMT120408-HM: This insert has a longer edge length than CCMT120404-HM and is suitable for greater stability and efficiency for larger cutting tasks. The common feature of these blades is that they are manufactured from high-quality materials with good tool hardness, wear resistance and breaking strength. Their tool geometry and edge design are precisely calculated and optimized for stable and efficient cutting performance. Through special coating treatment, they can reduce cutting friction and heat accumulation, improve cutting life and processing quality. However, these blades vary in size, edge length, and range of application. Users should choose the most suitable blade model according to the specific cutting task requirements. For example, for micromachining and precision machining, CCMT060204-HM and CCMT060208-HM are ideal, while for heavy cutting and high load machining, CCMT09T304-HM and CCMT09T308-HM may be more suitable. At the same time, CCMT120404-HM and CCMT120408-HM are suitable for larger cutting tasks and expanded machining range. To sum up, these inserts can meet different machining needs and provide efficient cutting performance and excellent machining quality.