Cleveland C75328 HMD4 3/16X3/16X1X3-3/8 4FL HS DE

Square Endmills The Cleveland C75328 HMD4 Square Endmill is a precision cutting tool designed to meet the rigorous demands of machining operations across various industries, with a focus on automotive applications. This high-speed steel (HSS) endmill is engineered for durability and performance, making it an essential addition to any machine shop.

Key Features

• Material: Manufactured from high-speed steel (HSS), offering excellent wear resistance and durability for extended tool life.
• Flute Configuration: Features a 4-flute design that enhances chip removal, allowing for efficient cutting in both ferrous and non-ferrous materials.
• Dimensions: Measures 3/16" diameter, 3/16" cutting length, and 1" overall length with a 3/8" shank, providing versatility for a range of machining applications.
• Coating: Designed with a reliable finish that minimizes friction and helps maintain sharpness, ensuring consistent performance over time.
• Cutting Angle: Engineered for effective material removal, optimizing cutting performance and surface finish quality.

Applications

• Machining Operations: Ideal for milling operations in automotive manufacturing, metalworking, and precision engineering environments.
• Compatibility: Suitable for use with CNC machines and manual milling machines, providing versatility in tool selection.
• Material Suitability: Effective for machining a variety of materials, including aluminum, steel, and plastics.

Benefits

• Enhanced Performance: The 4-flute design allows for faster material removal rates and improved surface finishes, leading to higher productivity in machining operations.
• Increased Tool Life: Constructed from high-quality HSS, this endmill exhibits superior wear resistance, resulting in fewer tool changes and reduced operational costs.
• Precision Engineering: Manufactured to strict tolerances, ensuring consistent cutting performance and accuracy across all applications. --- Product information compiled with AI assistance for reference purposes.