ALFA Tools DE151417 3/4X3/4 USA HS MULTI-FLUTE DOUBLE END MILL 1/pack

ALFA Tools DE151417 3/4X3/4 USA HS Multi-Flute Double End Mill

Discover the precision and performance of the ALFA Tools DE151417 double end mill, engineered for high-speed applications. This high-quality end mill is designed to meet the demanding needs of machinists and fabricators alike.

Key Features:

• Mill Diameter: 3/4 inch Perfect for a variety of milling tasks.
• Weldon Shank: 3/4 inch Ensures secure clamping and stability during operation.
• Flute Length: 1-5/8 inch Optimized for effective chip removal and enhanced workflow.
• Overall Length: 5-5/8 inch Designed for versatility and reach in various applications.
• Material: High Speed Steel Provides durability and longevity for extended use.
• Flute Count: 4 Flutes Increases cutting efficiency and reduces load on the tool.
• Double End Design: Maximizes tool life and utility by allowing use from both ends.
• Non-Center Cutting: Ideal for machining operations that require side cutting.
• Helix Angle: 30 Right Hand Enhances cutting performance and chip ejection.
• Right Hand Cut: Tailored for traditional cutting operations, providing a smooth finish.
• Made in USA: Crafted with precision and quality, proudly supporting local manufacturing.
• Packaging: Comes in a convenient tube Ready for storage and transport.

Benefits:

With the ALFA Tools DE151417, you can expect:

• Enhanced Productivity: The multi-flute design allows for faster cutting speeds and improved efficiency.
• Reliable Performance: Constructed with high-speed steel, this end mill can withstand high temperatures and stress.
• Versatile Applications: Suitable for a wide range of materials and machining operations, making it a valuable addition to your tool collection.
• Cost-Effective: The double end feature allows you to use both ends, maximizing the life of the tool and minimizing downtime.

Upgrade your machining capabilities with the ALFA Tools DE151417 3/4X3/4 USA HS Multi-Flute Double End Mill the ideal choice for precision and performance.