Back To School Solid Carbide End Mill 5mm 5x3.5-18x65xd6 Highly Recommended [KazcvAG7]

High-Performance Solid Carbide End Mill

Introducing our top-tier Solid Carbide End Mill, designed for precision and efficiency in high-speed cutting applications. This versatile tool is crafted from ultra-fine carbide grade, specifically engineered for machining hardened steels. Its geometry features tangential transitions, optimizing High-Speed Machining (HSC) performance. With a cutting diameter of 5mm and a total length of 65mm, this end mill is ideal for a wide range of applications.

• Ultra-fine carbide grade for superior performance on hardened steels
• Geometry optimized for High-Speed Machining (HSC)
• Defined cutting edge preparation for even wear and extended tool life

Technical Specifications and Features

Our Solid Carbide End Mill boasts a robust set of specifications and features that make it a standout choice for professionals. The cutting diameter measures 5mm, with an undercut diameter of 4.6mm and a length of cut of 3.5mm. The tool's overall length is 65mm, with a shank diameter of 6mm and 4 cutting edges. The helical pitch is 12, ensuring smooth chip evacuation and reduced cutting forces. This end mill is designed for both roughing and finishing under HSC conditions, making it a versatile tool for a variety of machining tasks.

• Cooling: Air-cooled, dry
• Tolerance: h9
• Coating: AlphaDura Navy

Applications and Benefits

Ideal for engraving, X, Y, and helical cutting, this Solid Carbide End Mill is a must-have for professionals in the machining industry. Its unequal tooth pitch, non-center cutting design, and corner radius features make it perfect for intricate details and complex geometries. The high-speed cutting strategy ensures efficient and precise machining, saving time and money on your projects. With its superior performance and durability, this end mill is a reliable tool for professionals seeking excellence in their work.

• Target audience: Machinists, engineers, and professionals in the machining industry
• Applications: Engraving, X, Y, and helical cutting
• Benefits: Time and cost savings, precision, and reliability