Developed by mitsubishi Mitsubishi turning insert for stainless steel with PVD coating carbide material MP7035 release another 7 ° and 5 ° positive inserts with LM/MM chip breaker.

---

In household goods, construction parts, auto parts, and chemical components industry,stainless steel is widely used, it is not easy to break,with low thermal conductivity,and  high work hardening characteristics. Therefore, in the processing of stainless steel, easy to occur from plastic deformation caused by the tool life is low, the bonding result in abnormal damage, as well as a cutting edge boundary increases damage caused by burrs, etc.Stainless steel because of the above features, known as difficult cutting material.

My company to solve above problems, was released in December 2012, the stainless steel with a new chip breaker groove LM/MM/RM/GM, new material MC7015 MC7025 (CVD coating cemented carbide materials) and MP7035 (PVD coated carbide materials).And in April 2013, 134 models of series expansion, for stainless steel processing to realize the stability of the from light to heavy cutting cutting processing, has made a contribution to improve the efficiency of the process of production, by the broad masses of the user's high praise.

This, in order to deal with more wide range of processing, stainless steel turning processing with PVD coated carbide material "MP7035" series, 7 ° Angle of the blade and 5 ° Angle of the blade is adding the new chip breaker groove LM/MM, turning processing with the stainless steel blade series expansion.

The main specialties of the stainless steel turning processing with blade series are as follows

1.

7 ° and 5 ° insert have the light and new LM cutting chip breaker, through its big degree, the anterior horn of maximum optimization of scraps of fluency, inhibit the occurrence of the bond.Achieved good processing surface.

2. 

7 ° and 5 ° insert have new MM chip breaker, through its flat edge blade, and a large degree of anterior horn, realized the high wear resistance and resistance to breakage merger and efficient processing