Cleveland C75335 HMG2B 1/32X3/16X3/32X1-1/2 2FL HS SE BN

Cutting Tools: Cleveland C75335 Ball Endmill The Cleveland C75335 HMG2B Ball Endmill is a high-performance cutting tool meticulously engineered for precision machining. Designed for versatility and durability, this 2-flute endmill is ideal for a variety of applications in the automotive and manufacturing industries, ensuring superior performance and reliability in your machining processes. ## Key Features • **Design:** Ball endmill design with a diameter of 1/32 inches, providing excellent surface finish and intricate contouring capabilities. • **Flute Configuration:** Features 2 flutes that enhance chip removal and allow for efficient cutting in various materials. • **Material:** Manufactured from high-speed steel (HSS) for enhanced tool longevity and resistance to wear during high-speed operations. • **Coating:** Includes a special black nitride (BN) finish, which improves hardness and reduces friction for extended tool life. • **Length:** Overall length of 1.5 inches with a cutting length of 0.09375 inches, ensuring optimal reach for complex machining tasks. ## Applications • **Precision Machining:** Ideal for machining complex shapes, contours, and profiles in materials such as aluminum, brass, plastics, and mild steel. • **Automotive Industry:** Suitable for use in automotive component manufacturing where precision and surface finish are critical. • **Milling Operations:** Effective in both CNC and manual milling applications, providing versatility across various machining setups. ## Benefits • **Enhanced Performance:** The ball end design allows for smooth and efficient cutting, reducing cycle times and improving part accuracy. • **Durability:** The high-speed steel construction and BN coating ensure resistance to wear and heat, prolonging tool life and minimizing downtime. • **Versatile Applications:** Suitable for a wide range of materials and machining operations, making it an essential tool for any machine shop. --- *Product information compiled with AI assistance for reference purposes.*