Carbide Turning Inserts for Semi Finishing of Stainless Steel with SNMG120404SM

The Company's Core Competitiveness Products

With Excellent Performance & Superior Cost Performance

Application:

• ISO M Materials, the First Choice for Semi-Finishing Turning of All Types of Stainless Steel.

Feature Advantage:

• Consider different stainless steel properties, through excellent groove design, with ideal coating and professional surface treatment technology.
• Through a large number of customer application verification, the performance and life of stainless steel series turning inserts reach the level of mainstream brands in Japan, South Korea and Europe.
• The price has obvious advantages over Japan, South Korea and mainstream European and American brands.

• Grades:
  • High coating hardness and excellent high temperature resistance, with high processing efficiency and reliability under high temperature cutting conditions.
  • Special coating treatment technology, the coating and matrix are more firmly bonded.
  • Coating stress relief treatment, effectively improve tool life, improve stability, and make tool life predictable.

• Chip-Breaker MM:
  • Suitable for semi-finishing of stainless steel with a depth of cut of 1-3 mm.
  • Chipbreaker designed for stainless steel's highly viscous, highly plastic, difficult-to-machine materials.
  • Fast cutting and good control of iron filings for excellent surface quality.
  • Precision polishing edge improves the toughness of the cutting edge, reduces the cutting force, reduces the sticking phenomenon, and significantly improves the stability of the insert.
  • Strengthened the impact resistance of the cutting edge on the basis of sharp edge, suitable for semi-finishing and intermittent processing of various stainless steels.

• Types:
  • ISO standard turning inserts are available in a variety of conventional types
  • Different tool nose arcs (0.2, 0.4, 0.8) for each type

Negative Insert

Positive Insert

Recommended Cutting Parameters:

• The following cutting parameters are the recommended range values. Appropriate adjustments and selections should be considered after considering the following factors:
• Specific physical properties of stainless steel
• The actual condition of the part blank
• Power and rigidity of the machine tool
• Clamping rigidity of tools and workpieces
• Balance between tool life and processing efficiency