The Ultimate Brand: Helical Solutions / Part #: 82465 ~ Selling Fast [eaIRnUAi]

Helical Solutions 82465 End Mill

The Helical Solutions 82465 End Mill is a top-tier cutting tool designed for precision machining applications. This high-quality end mill boasts a 3 flute design, perfect for efficient cutting and smooth performance. Crafted from solid carbide, it ensures durability and longevity, making it an ideal choice for professional machinists and hobbyists alike. The mill features a ball end design, allowing for versatile use in various machining operations.

• 3 flute design for efficient cutting and smooth performance
• Ball end design for versatile use in a variety of applications
• Manufactured from solid carbide for exceptional durability

Technical Specifications and Features

This end mill is equipped with a 40° helix angle and a variable pitch, ensuring optimal cutting performance and reduced tool wear. The 1/2 inch mill diameter provides ample power for heavy-duty cutting tasks, while the uncoated finish enhances the tool's overall performance. With a shank diameter of 1/2 inch and an overall length of 5 inches, this end mill is designed to handle a wide range of materials, including aluminum.

• 40° helix angle and variable pitch for optimal cutting performance
• 1/2 inch mill diameter for heavy-duty cutting tasks
• Uncoated finish for enhanced performance and reduced tool wear

Applications and Benefits

The Helical Solutions 82465 End Mill is perfect for a variety of applications, from hobbyist projects to professional manufacturing. Whether you're working with aluminum, brass, or other non-ferrous materials, this end mill provides the precision and efficiency you need. Its versatile design and high-quality construction make it a valuable addition to any tool collection, ensuring reliable performance in all your machining needs.

• Ideal for hobbyist projects and professional manufacturing
• Perfect for cutting a wide range of materials, including aluminum
• High-quality construction for long-lasting durability and performance