Top Rated Dnmg 150604e-fm T8430 Carbide Turning Inserts (for Stainless Steel) - Dormer Pramet Deal Alert: 35% Off [BNbEUopH]

Dormer Pramet DNMG 150604E-FM T8430 Carbide Turning Inserts

Introducing the Dormer Pramet DNMG 150604E-FM T8430 Carbide Turning Inserts, designed for precision turning of stainless steel. These inserts are a testament to Dormer Pramet's commitment to quality and performance. With their double-sided negative turning design and 55° rhomboid geometry, they offer exceptional cutting efficiency and tool life. The inserts are crafted from premium T8430 grade carbide, providing superior hardness and wear resistance.

• Double-sided design for extended tool life
• 55° rhomboid geometry for enhanced cutting efficiency
• Premium T8430 grade carbide for superior hardness and wear resistance

Product Specifications and Technical Details

The DNMG 150604E-FM T8430 carbide turning inserts are engineered with precision and designed for optimal performance. Each insert features a 12.7mm inscribed circle diameter, 6.35mm thickness, and a 0.4mm nose radius. The indexing accuracy is according to ISO-tolerance class-M, ensuring consistent and reliable operation. The FM chip-breaker design with rounded cutting edges minimizes chip recutting and reduces tool wear. The inserts are PVD coated with a fine-grained WC-Co carbide, providing a durable and effective cutting surface.

• 12.7mm inscribed circle diameter for enhanced cutting performance
• 6.35mm thickness for robust construction
• 0.4mm nose radius for smooth material removal

Practical Applications and Benefits

The Dormer Pramet DNMG 150604E-FM T8430 Carbide Turning Inserts are ideal for a wide range of applications, particularly in the machining of stainless steel. Whether you are working on automotive components, aerospace parts, or general engineering applications, these inserts will provide the precision and reliability you need. Their fine-grained carbide and advanced design make them suitable for both fine and medium machining operations. By choosing these inserts, you can expect improved productivity, reduced tooling costs, and enhanced part quality.

• Optimized for stainless steel machining
• Enhanced productivity and reduced tooling costs
• Improved part quality and precision