Last Chance Brand: Helical Solutions / Part #: 17465 Next Gen [ogfwvxY7]

Helical Solutions 17465 End Mill: Precision Cutting for Aluminum

The Helical Solutions 17465 End Mill is designed for precision cutting, offering exceptional performance and durability. This end mill is perfect for aluminum machining, providing clean cuts and long tool life. Its solid carbide construction ensures strength and resistance to wear, making it a reliable choice for various aluminum machining applications.

• High-quality solid carbide material for strength and durability
• Optimized for aluminum machining with clean cuts and long tool life
• 2 flute design for efficient chip removal and reduced vibration

Key Specifications and Features

The Helical Solutions 17465 End Mill boasts a range of specifications that make it a versatile tool for aluminum machining. With a mill diameter of 1/2 inch (0.5000 decimal inch), it is suitable for a variety of applications. The 1-1/4 inch (1.2500 decimal inch) length of cut allows for efficient material removal, while the uncoated finish maintains the tool's integrity. The 45° helix angle provides excellent chip evacuation and reduces vibration, enhancing overall cutting performance.

• Mill Diameter: 1/2 inch (0.5000 decimal inch)
• Length of Cut: 1-1/4 inch (1.2500 decimal inch)
• End Mill Material: Solid Carbide
• Coating/Finish: Uncoated
• Helix Angle: 45°

Applications and Benefits

The Helical Solutions 17465 End Mill is ideal for a wide range of applications, including aerospace, automotive, and general metalworking. Its centercutting capability and spiral flute design make it suitable for drilling and face milling operations. The ball end mill type ensures precision and accuracy, while the extended reach feature (not available in this model) would be beneficial for deeper cuts. By choosing this end mill, you can expect improved productivity, reduced tool wear, and enhanced part quality.

• Perfect for aerospace, automotive, and general metalworking applications
• Enhanced productivity and reduced tool wear
• Improved part quality and precision