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  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert

VNMG160404 External Turning Insert

The CGT160404 aluminum turning insert features an ultra-sharp cutting edge and a specialized coating to prevent aluminum from sticking and ensure excellent surface finish. Its optimized flute design allows for smooth chip evacuation, significantly improving machining efficiency and stability, making it an ideal choice for efficient finishing of aluminum alloys
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert
  • VNMG160404 External Turning Insert

Description

VNMG160404 External Turning Insert: Precision Engineering for Superior Mach

Introduction

The VNMG160404 External Turning Insert represents a pinnacle of cutting tool engineering, designed to precision, durability, and efficiency in external turning applicationsered for high-speed machining across diverse materials—including carbon steel, stainless steel, cast iron, and heat-resistant alloys—this insert combines advanced geometry with robust to optimize productivity while minimizing operational costs.


Technical Specifications and Design Features

  • Geometry:
  • Shape: 35° diamond (VNMG) profile ensures versatile access to complex contours and deep grooves.
  • Cutting Edge: 4 cutting edges per tool life and cost-efficiency.
  • Corner Radius: 0.4 mm (0404 designation) balances surface finish quality and edge strength.
  • IC: 16.cutting edge length)
  • Thickness: 4.76
  • Hole Diameter: 5.50 clamping.
  • Material & Coating:
  • Substrate: Micro-grain carbide base for fracture resistance and thermal stability.ating**: Optional AlTiN/TiSi PVD coatings (available upon request) to reduce friction and extend lifespan under extreme conditions.

Performance Advantages

  1. Optimized Chip Control:
  • Precision-ground chipbreakers facilitate smooth chip evacuation, preventing damage and reducing downtime.
  1. Thermal Resilience:
  • Advanced heat dissipation properties maintain hardness at temperatures up to 1,200°C, enabling high-speed machining.
  1. Versatility:
  • Ideal for finishing semi-roughing operations on shafts, flanges, and cylindrical components across automotive, aerospace, and energy sectors.
  1. Cost Efficiency:
  • Extended tool life (up to 40% longer than industry standards) lowers per-part machining tool-change frequency.

Application Sc

  • High-Precision Finishing: Achieve Ra ≤ 0.8 μm surface finishes in alloy steel components.
  • Heavy-Duty Turning: Robust design cuts in hardened materials (HRC 45).
  • Automated Production Lines: Consistent CNC lathes and robotic machining cells.

Why Choose VNMG160404?

  • Rigorous Quality Assurance:
    Each insert undergoes ISO 13399-compliant dimensional checks and hardness testing (1,900).
  • Customization Flexibility:
    Tailored coatings, edge preparations (T, hone), and grade options (K20, P25) address specific material challenges.
  • Sustainability:
    Recyclable carbide composition aligns with eco-friendly.

Conclusion

The VNMG160404 External Turning Insert redefines machining excellence by merging precision geometry with cutting-edge materials science. Whether optimizing production throughput or tackling-tolerance projects, it unmatched reliability and ROI. For technical datasheets, grade recommendations, or bulk pricing, contact our engineering team to unlock tailored solutions for your machining needs.

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