Complete Cnmg 120404e-fm T7325 Carbide Turning Inserts (for Stainless Steel) - Dormer Pramet Flash Sale: 75% Off [QAL17MB0]

CNMG 120404E-FM T7325 Carbide Turning Inserts

Introducing the CNMG 120404E-FM T7325 Carbide Turning Inserts by Dormer Pramet, a premium solution for precision machining of stainless steel materials. These double-sided negative turning inserts are designed to deliver exceptional performance and durability, making them an ideal choice for a wide range of turning applications. With their advanced features and robust construction, these inserts are guaranteed to enhance the efficiency and quality of your machining operations.

Key Features and Specifications

Equipped with a 80° rhomboid with an inscribed circle diameter of 12.7mm, these inserts offer precise cutting and smooth operation. The 4.76mm thickness and 0.4mm nose radius provide excellent stability and reduced vibration during machining. The inserts are indexed with ISO-tolerance class-M accuracy, ensuring consistent and reliable performance. The FM chipbreaker with rounded cutting edges effectively manages chip formation, reducing tool wear and improving chip evacuation. Made from grade T7325 MT-CVD coated functionally graded WC-Co carbide, these inserts are designed for fine to medium machining, providing exceptional cutting performance and longevity.

Practical Applications and Benefits

Whether you are working on automotive components, aerospace parts, or precision instruments, the CNMG 120404E-FM T7325 Carbide Turning Inserts are the perfect choice. Their versatility and high performance make them suitable for a wide range of turning operations. By using these inserts, you can achieve superior surface finish and dimensional accuracy, ultimately improving the quality of your final products. With a box of 10 inserts included, these tools are cost-effective and provide a reliable solution for your machining needs. Invest in the CNMG 120404E-FM T7325 Carbide Turning Inserts by Dormer Pramet and experience the difference in your turning operations.