Cleveland C60581 5/8x5/8x1-1/4x3-1/2 5Flt VI 0.090 CR

Cutting Tools

• Corner Radius & Chamfer Endmills The Cleveland C60581 Corner Radius & Chamfer Endmill is designed for precision machining, featuring a robust construction tailored to meet the demanding needs of automotive and industrial applications. With its optimized design, this endmill ensures superior performance and enhanced tool life, making it an essential addition to your machining toolkit.

Key Features

• Dimensions: 5/8" diameter with a 5/8" shank and a cutting length of 1-1/4", providing versatility for various machining tasks.
• Flute Count: 5 flutes designed to improve chip removal and reduce cutting forces, enhancing overall cutting efficiency.
• Corner Radius: 0.090", allowing for smoother finishes and improved tool stability during operation.
• Material: Crafted from high-quality carbide, ensuring durability and resistance to wear, even in high-temperature applications.
• Coating: Advanced coating technology that reduces friction and enhances surface hardness, extending tool life and performance.

Applications

• Automotive Industry: Ideal for machining components such as engine blocks, transmission housings, and other intricate parts requiring precise corner radii.
• Manufacturing: Suitable for use in CNC milling machines where high precision and repeatability are crucial.
• General Machining: Effective in a wide range of materials, including steel, stainless steel, and aluminum, making it a versatile choice for various machining environments.

Benefits

• Increased Productivity: The 5-flute design allows for faster feed rates while maintaining high-quality finishes, resulting in reduced cycle times.
• Enhanced Tool Life: The carbide construction and advanced coatings provide superior wear resistance, leading to fewer tool changes and lower operational costs.
• Precision Performance: The corner radius design improves surface finish quality and allows for more complex geometries in machined parts. --- Product information compiled with AI assistance for reference purposes.