Cleveland C75206 HG2 31/32X1X1-5/8X4-1/2 2FL HS SE CC
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$89.17
# Square Endmills - Cleveland C75206 The Cleveland C75206 HG2 Square Endmill is a high-performance cutting tool designed for precision machining applications. With its robust construction and exceptional cutting capabilities, this endmill is ideal for various materials, making it a preferred choice for manufacturers and automotive industries.
Key Features • **Material Composition**: Made from high-speed steel (HSS), offering superior hardness and durability for extended tool life. • **Dimensions**: Measures 31/32" diameter, 1" length of cut, and features a 1-5/8" overall length, allowing for versatile applications in different machining tasks. • **Flute Design**: Equipped with 2 flutes, optimizing chip removal and enhancing surface finish during machining operations. • **Coating**: Features a high-performance surface treatment that reduces friction and enhances wear resistance, providing consistent performance. • **Geometry**: Designed with precision-ground cutting edges for improved cutting action and reduced vibration, ensuring accuracy in machining.
Applications • **Machining Applications**: Perfect for milling, contouring, and drilling in a variety of materials, including aluminum and steel, making it suitable for both automotive and general manufacturing. • **Compatibility**: Works effectively with CNC machines and manual mills, providing flexibility in tool selection for various setups. • **Operational Suitability**: Ideal for high-speed machining environments where precision and efficiency are critical.
Benefits • **Enhanced Performance**: The high-speed steel construction coupled with advanced geometry provides superior cutting efficiency, resulting in faster cycle times. • **Durability**: The robust design ensures long tool life, reducing the frequency of tool changes and downtime in production. • **Improved Surface Finish**: The refined cutting edges lead to superior surface finishes, critical for components requiring tight tolerances and high-qua
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