Worldwide Shipping Yg-1 53902tf 4 Flute Extra Long Length Ball Nose Tialn-futura Coated Carbide 3/8 X 3/8 X 1-1/2 X 6 Carbide End Mill Price Per 1 Top Reviewed [YFA1wu0Q]

YG-1 53902TF Extra Long Length Ball Nose End Mill

The YG-1 53902TF is a high-performance carbide end mill designed for precision machining. This extra-long length ball nose end mill features a unique TIALN-FUTURA coating for enhanced durability and reduced friction. With its 4 flute design, it offers excellent chip evacuation and smoother cutting operations. This versatile tool is ideal for a wide range of materials, including metals, plastics, and composites.

• 4 Flute Design: Ensures efficient chip evacuation and smooth cutting.
• TIALN-FUTURA Coating: Provides increased wear resistance and longer tool life.

Technical Specifications

The YG-1 53902TF features a robust 3/8 inch diameter, with a shank size of 3/8 inch. The overall length of this end mill is 1-1/2 inches, while the flute length is 6 inches. Its extra-long length design allows for deeper cuts and increased material removal rates. The ball nose design ensures precision and smooth finishes on both convex and concave surfaces. This end mill is a reliable choice for demanding applications where precision and efficiency are paramount.

• 3/8 x 3/8 x 1-1/2 x 6: Detailed dimensions for precise fitting and use.
• Ball Nose: Ideal for convex and concave surfaces for a variety of applications.

Applications and Benefits

The YG-1 53902TF is an essential tool for professionals in the machining industry. Its versatile design and high-performance characteristics make it suitable for a wide range of applications, including mold making, aerospace, and automotive manufacturing. The enhanced wear resistance and longer tool life offered by the TIALN-FUTURA coating result in reduced maintenance costs and increased productivity. By choosing this high-quality carbide end mill, you can expect improved accuracy, efficiency, and overall performance.

• Professional Grade: Ideal for mold making, aerospace, and automotive manufacturing.
• Increased Productivity: Enhanced wear resistance and longer tool life reduce downtime and maintenance costs.