Cleveland C80960 9/16x9/16x1 1/4x3 1/2 2Flt GP Ball - TiAlN

Cutting Tools - Cleveland C80960 Ball Endmill The Cleveland C80960 Ball Endmill is an advanced cutting tool designed specifically for precision machining and milling applications. This high-performance tool is engineered to deliver exceptional results in various materials, making it an essential addition to any machining operation. ## Key Features • **Dimensions**: 9/16" diameter with a cutting length of 1 1/4" and an overall length of 3 1/2", providing versatility for a range of machining tasks. • **Flute Design**: Features a two-flute design that enhances chip removal and allows for improved surface finish. • **Coating**: Constructed with a Titanium Aluminum Nitride (TiAlN) coating, which increases hardness and thermal resistance, extending tool life and performance. • **Material**: Manufactured from high-speed steel (HSS), ensuring durability and reliability under demanding machining conditions. • **Cutting Edge Geometry**: Optimized geometry for effective cutting in both soft and hard materials, providing consistent performance across various applications. ## Applications • **Machining Operations**: Ideal for contour milling, slotting, and drilling operations in materials such as aluminum, steel, and other alloys. • **Automotive Industry**: Perfectly suited for automotive component manufacturing, where precision and quality are paramount. • **Aerospace and Manufacturing**: Widely used in the aerospace sector and general manufacturing for complex part production. ## Benefits • **Enhanced Durability**: The TiAlN coating significantly reduces wear, allowing for longer tool life and fewer tool changes, which translates to increased productivity. • **Improved Surface Finish**: The two-flute design and optimized cutting geometry help achieve superior surface finishes and tighter tolerances. • **Versatile Applications**: Capable of handling a variety of materials, making it a versatile choice for different machining environments. --- *Product information compiled with AI assistance for reference purposes.*