Limited Time Offer Brand: Helical Solutions / Part #: 59613 Get 85% Off Today [NDGFsEue]

Helical Solutions End Mill for Steels

The Helical Solutions End Mill (Part #59613) is a premium tool designed for precision machining in steel and similar materials. Engineered with advanced features and high-quality materials, this end mill offers exceptional performance and durability. Its unique design, combined with cutting-edge technology, makes it a versatile choice for a wide range of applications.

• High-Quality Coating: The Aplus coating provides superior surface finish and enhanced tool life.
• Solid Carbide Material: The solid carbide construction ensures long-lasting performance and excellent cutting edge retention.

Technical Specifications

This Helical Solutions end mill is equipped with a 10.00mm mill diameter, offering precise control and high cutting speeds. The 0.50mm corner radius allows for smooth cornering and reduced tool wear. Key specifications include a 6-flute design for efficient chip removal, a single end for easy handling, and a right-hand cutting direction for better chip evacuation. With a length of cut of 25.0000mm and an overall length of 75.0000mm, this tool is suitable for a variety of deep hole boring applications.

• 6 Flutes: Optimizes chip removal and improves cutting efficiency.
• Single End: Ensures ease of use and quick tool changes.

Applications and Benefits

The Helical Solutions End Mill is ideal for precision machining in the manufacturing of aerospace components, automotive parts, and industrial equipment. Its ability to cut through tough materials with ease makes it a valuable tool for machinists seeking reliable performance and durability. By utilizing this high-quality end mill, users can expect reduced tool wear, improved surface finish, and increased productivity in their daily operations.

• Optimized for Aerospace and Automotive: Suitable for precision machining of critical components in these industries.
• Increased Productivity: Enhances the efficiency of your machining processes.