Seasonal Pick Knux 160405r-22 T7325 Carbide Turning Inserts (for Stainless Steel) - Dormer Pramet 95% Off - Today Only [ocypsDBh]

Dormer Pramet KNUX Carbide Turning Inserts

The Dormer Pramet KNUX 160405R-22 T7325 Carbide Turning Inserts are designed for precision machining of stainless steel materials. These inserts are engineered with advanced technology to deliver exceptional performance and durability. With their right-handed design, they are ideal for a variety of turning operations, including finish to semi-rough machining and continuous cuts.

Key Features and Specifications

The KNUX 160405R-22 T7325 inserts are crafted from high-quality carbide material, ensuring long-lasting wear resistance and excellent cutting performance. Here are some of the key features and specifications:

Geometry: R-22 geometry for optimal chip control and stability.

Grade: T7325 grade carbide for enhanced hardness and durability.

Corner Radius: 0.5mm corner radius for smooth cutting and reduced tool wear.

Diameter: 9.525mm diameter for versatile use in various turning applications.

Insert Thickness: 4.76mm thickness for stability and precision.

Cutting Edge Length: 19.5mm cutting edge length for efficient material removal.

Chip Breaker Type: R-22 chip breaker type for effective chip control and reduced tool breakage.

Applications and Benefits

The Dormer Pramet KNUX 160405R-22 T7325 Carbide Turning Inserts are perfect for a wide range of applications, including the machining of stainless steel components in industries such as automotive, aerospace, and general engineering. These inserts offer numerous benefits, including:

Enhanced Productivity: The high-performance carbide material and advanced geometry ensure faster cutting speeds and reduced cycle times.

Improved Tool Life: The robust design and high-quality material minimize tool wear and extend tool life, leading to cost savings.

Increased Stability: The right-handed design and optimized geometry provide excellent chip control and stability, resulting in precise and consistent machining results.