User-friendly Solid Carbide End Mill 6mm 6r0.2x18-24x63xd6 Next Gen [G2UYRSqt]

High-Performance Solid Carbide End Mill

Introducing our premium Solid Carbide End Mill, designed for precision machining and optimal performance. This 6mm diameter end mill is perfect for a wide range of materials, offering exceptional cutting efficiency and durability. With its 6R0.2x18-24x63xD6 specifications, this tool is a versatile solution for various machining applications. Its robust construction and advanced features make it a standout choice for professionals seeking top-notch quality and reliability.

Key Specifications and Features

The Solid Carbide End Mill boasts an array of impressive specifications, ensuring superior performance. With a cutting diameter of 6mm, it provides precision and control during machining. The undercut diameter of 5.6mm allows for smooth and efficient cutting, while the length of cut (L2) is 18mm, offering flexibility for different machining requirements. The total length (L1) is 63mm, providing ample reach for various operations. The shank diameter (D2) is 6mm, ensuring compatibility with most machines. With 5 cutting edges and a corner radius of 0.2mm, this end mill delivers exceptional cutting performance and precision. The helical pitch of 45° ensures smooth running and reduces chatter, further enhancing the tool's lifespan.

Applications and Benefits

This Solid Carbide End Mill is ideal for a wide range of applications, including trimming, full slotting, and helical machining. Its unequal tooth pitch and serrated edge design provide maximum material removal rates, making it perfect for high-performance cutting operations. The dynamic helical pitch and center cutting capabilities ensure precise and efficient machining, even in tight corners. With its ability to perform extended trochoidal cutting and high-performance cutting strategies, this end mill is a versatile tool for various industries. Its robust construction and advanced coating (AlphaFerro Platin X) ensure longevity and resistance to wear, making it a cost-effective solution for your machining needs.