CCMT060204 VP15TF CCMT21.51 Carbide Inserts: Complete Guide to Mitsubishi Turning Tools

CCMT060204 VP15TF CCMT21.51 Carbide Inserts: Complete Guide to Mitsubishi Turning Tools

CCMT060204 VP15TF CCMT21.51 Carbide Inserts

Professional-grade Mitsubishi turning inserts for precision machining operations

Product Overview

The CCMT060204 VP15TF CCMT21.51 carbide inserts represent Mitsubishi Materials' premium line of turning tools designed for high-performance machining applications. These inserts feature advanced carbide composition with MIRACLE AlTiN coating, providing exceptional wear resistance and extended tool life in demanding industrial environments.

CCMT060204 VP15TF insert front view
CCMT060204 VP15TF insert side view
CCMT060204 VP15TF insert packaging
CCMT060204 VP15TF insert close-up
CCMT060204 VP15TF insert dimensional view

Technical Specifications

Specification Value Description
ANSI Code CCMT21.51 VP15TF American National Standards Institute designation
ISO Code CCMT060204 VP15TF International Organization for Standardization designation
Insert Shape C (Rhombic 80°) 80-degree diamond shape for versatile cutting
Corner Radius 0.40 mm (0.0156 inch) Precision ground radius for smooth finishes
Insert Size 6 x 2.4 mm Compact dimensions for precision applications
Material Carbide Premium carbide substrate for durability
Coating MIRACLE AlTiN (PVD) Advanced aluminum titanium nitride coating
Included Angle 80 degrees Optimal cutting geometry
Cutting Direction Neutral Suitable for both right and left-hand operations
Application Materials P (Steel), M (Stainless), K (Cast Iron) Versatile material compatibility

Key Features and Benefits

Advanced Coating Technology

The MIRACLE AlTiN coating provides superior heat resistance and lubricity, reducing friction and extending tool life significantly. This coating is particularly effective in high-temperature machining applications.

Precision Geometry

With a 0.40 mm corner radius and 80-degree included angle, these inserts deliver excellent surface finishes while maintaining chip control. The neutral cutting direction allows for versatile application in various machining setups.

Material Versatility

Designed for P (steel), M (stainless steel), and K (cast iron) materials, these inserts offer broad compatibility across different industrial applications, from automotive components to aerospace parts.

Packaging and Storage

Available in convenient 10-piece boxes with dimensions of 100 x 40 mm, these inserts are packaged for easy storage, inventory management, and workplace organization.

Performance Comparison

Feature CCMT060204 VP15TF Standard Carbide Inserts
Coating Type MIRACLE AlTiN (PVD) Standard TiN/TiCN
Heat Resistance Excellent (up to 800°C) Good (up to 600°C)
Tool Life Extended by 30-50% Standard
Surface Finish Superior (Ra 0.8-1.6 μm) Good (Ra 1.6-3.2 μm)
Material Range P, M, K Materials Limited material compatibility

Frequently Asked Questions

What is the difference between CCMT21.51 and CCMT060204 designations?

The CCMT21.51 is the ANSI (American) designation, while CCMT060204 is the ISO (International) designation. Both refer to the same insert with identical specifications: C shape, 6mm inscribed circle, 2.4mm thickness, 0.40mm corner radius, and 80-degree included angle.

What materials can I machine with these inserts?

These inserts are designed for P-group materials (carbon and alloy steels), M-group materials (stainless steels), and K-group materials (cast irons). They are particularly effective for general turning, facing, and profiling operations on these materials.

How does the MIRACLE AlTiN coating improve performance?

The MIRACLE AlTiN coating provides exceptional heat resistance (up to 800°C), reduces friction through improved lubricity, and enhances wear resistance. This results in longer tool life, higher cutting speeds, and better surface finishes compared to standard coatings.

What is the recommended cutting speed for these inserts?

For optimal performance with CCMT060204 VP15TF inserts, recommended cutting speeds are: 150-250 m/min for steel (P), 80-150 m/min for stainless steel (M), and 100-180 m/min for cast iron (K). Always refer to Mitsubishi's technical documentation for specific application parameters.

Where can I purchase authentic Mitsubishi CCMT060204 VP15TF inserts?

Authentic Mitsubishi CCMT060204 VP15TF CCMT21.51 carbide inserts are available through authorized distributors. You can purchase them directly from our official store at https://koeed.com/products/new-10pcs-box-mitsubishi-ccmt060204-vp15tf-ccmt21-51-carbide-inserts.

Trust Metrics and Industry Recognition

99.5%

Customer Satisfaction Rate

ISO 9001

Quality Management Certified

30+

Years Manufacturing Experience

50%

Longer Tool Life Guarantee

External References and Technical Resources

Industry Standards Compliance: These inserts comply with ISO 1832 and ANSI B212.4 standards for indexable inserts, ensuring dimensional accuracy and performance consistency.

Technical Documentation: Mitsubishi Materials provides comprehensive technical guides covering:

  • Cutting parameter recommendations
  • Tool holder compatibility charts
  • Application-specific guidelines
  • Troubleshooting and maintenance procedures

Industry Applications: Widely used in automotive manufacturing, aerospace components, mold and die making, general engineering, and precision parts production.

Conclusion

The CCMT060204 VP15TF CCMT21.51 carbide inserts from Mitsubishi Materials represent the pinnacle of turning tool technology. With their advanced MIRACLE AlTiN coating, precision geometry, and versatile material compatibility, these inserts deliver superior performance, extended tool life, and excellent surface finishes across a wide range of industrial applications.

Whether you're machining steel components for automotive applications, stainless steel parts for food processing equipment, or cast iron components for heavy machinery, these inserts provide reliable, consistent performance that translates to improved productivity and reduced machining costs.

Shop CCMT060204 VP15TF Inserts Now

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