Cleveland C75327 HMD2B 3/16X3/16X1X3-3/8 2FL HS DE

Cutting Tools

• Ball Endmills The Cleveland C75327 HMD2B Ball Endmill is a premium cutting tool specifically designed for precision machining applications. This high-speed steel (HSS) endmill is engineered to provide superior performance and durability, making it an essential component for any machining operation focused on efficiency and accuracy.

Key Features

• Material: Constructed from high-speed steel (HSS) for excellent wear resistance and tool longevity.
• Dimensions: Features a 3/16" diameter with a 3/16" cutting length and a 1" overall length, ideal for intricate and detailed machining tasks.
• Flute Configuration: Designed with 2 flutes to optimize chip removal and enhance surface finish quality.
• Ball End Design: The ball end shape allows for superior contouring and profiling, making it suitable for complex geometries and 3D machining.
• Coating: Treated for enhanced performance, reducing friction and improving tool life under various machining conditions.

Applications

• Precision Machining: Ideal for use in CNC milling machines and machining centers, particularly for creating complex shapes and contours.
• Automotive Components: Perfect for automotive applications, where precision and surface finish are critical.
• Mold and Die Making: Suitable for mold-making processes, where intricate designs and high-quality finishes are essential.
• Material Compatibility: Effective for machining a variety of materials, including aluminum, plastics, and soft steels.

Benefits

• Enhanced Performance: The high-speed steel construction provides excellent rigidity and sharpness, resulting in smoother cuts and less downtime for tool changes.
• Operational Efficiency: The optimized flute design allows for efficient chip removal, reducing the risk of chip packing and improving overall machining speeds.
• Versatility: The versatile design of the ball endmill makes it applicable across multiple industries, enhancing its usability in various projects. --- Product information compiled with AI assistance for reference purposes.