Carbide Turning Inserts VNMG160408MM for Roughing / Semi-Finishing Turning of Stainless Steel

The Company's Core Competitiveness Products

With Excellent Performance & Superior Cost Performance

Application:

• The First Choice for Semi-Finishing Turning of All Types of Stainless Steel.

Feature Advantage:

• 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.
• Consider different stainless steel properties, through excellent groove design, with ideal coating and professional surface treatment technology.

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• 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