Compact Solid Carbide End Mill 16mm 16r0.3x32-44x92xd16 Bundle [FstigZHn]

Superior Solid Carbide End Mill for Precision Cutting

The Compact Solid Carbide End Mill 16mm 16r0.3x32-44x92xd16 Bundle [FstigZHn] is a top-tier cutting tool designed for precision and efficiency. This robust end mill boasts a cutting diameter of 16mm, ensuring optimal performance in a variety of materials. With a unique corner radius of 0.3mm and a four-edge design, it delivers exceptional cutting stability and precision. The undercuts and length of cut are meticulously calculated to provide maximum material removal rates and smooth operation.

• Superior cutting performance with a 16mm diameter
• Enhanced stability and precision with a 0.3mm corner radius
• Optimized for high material removal rates and smooth running

Technical Specifications and Features

Crafted with precision engineering, this end mill features a shank diameter of 16mm and a total length of 92mm. The length of cut is 32mm, while the length of the undercut is 44mm, providing versatility for various cutting applications. The number of cutting edges is 4, and the helical pitch is 40mm, ensuring a balanced and efficient cut. This tool is designed for water cooling, making it ideal for use in demanding environments.

• Shank diameter: 16mm
• Total length: 92mm
• Length of cut: 32mm
• Length of undercut: 44mm
• Number of cutting edges: 4
• Helical pitch: 40mm

Practical Applications and Benefits

This Solid Carbide End Mill is designed for a wide range of applications, including trimming, full slotting, and helical cutting. Its unequal tooth pitch and dynamic helical pitch ensure smooth running and optimal cutting performance. The tool's innovative design and advanced coating make it suitable for high-performance cutting and process reliability, whether you're ramping, helical immersion, or diving up to 1xD.

• Ideal for trimming, full slotting, and helical cutting
• Enhanced performance with unequal tooth pitch and dynamic helical pitch
• Process reliability for ramping, helical immersion, and diving up to 1xD