versatile Corner Radius Milling Tool Radius Cutter End Mill Oem With Long Lifespan

Product Description:

Corner Radius End Mills, also known as bull nose end mills, have a small radius at the corners instead of a sharp 90° edge. This rounded corner enhances tool durability and reduces premature chipping, particularly in challenging materials. These end mills are well-suited for tasks demanding strength at the tool edge, enhanced surface finish, and extended tool lifespan.

They are frequently employed in contouring, profiling, as well as mold and die making. The design of the corner radius end mills makes them versatile tools suitable for a variety of applications across different industries.

Features:

Advantages of Corner Radius End Mills

Increased Tool Strength
The rounded corners reduce stress concentration, minimizing the risk of breakage and improving tool rigidity.

Improved Surface Finish
The smooth radius at the corners creates cleaner cuts and better surface quality, especially in finishing operations.

Reduced Chipping and Wear
Corner radii help prevent edge chipping, especially when cutting harder or abrasive materials.

Longer Tool Life
With less wear and breakage, these tools last longer, reducing tool replacement frequency and machine downtime.

Higher Feed Rates
The added edge strength allows for more aggressive cutting parameters, increasing productivity.

Ideal for 3D Contouring and Mold Making
Perfect for applications that require strong edges and smooth transitions, such as mold cavities, dies, and complex profiles.

Technical Parameters:

Applications:

Ideal for machining cavities, cores, and mold components with improved edge strength and surface finish.

Suitable for complex surface machining where smooth transitions and radius edges are required.

Used in profiling operations where enhanced tool life and precision are needed.

Perfect for creating pockets and slots with rounded internal corners, reducing stress in the part.

Well-suited for high-speed applications in hardened steels and other tough materials.

Commonly used in machining high-performance components where fatigue resistance and surface integrity matter.

Provides durable cutting performance when producing jigs, fixtures, and dies.

Effective in cutting hard alloys while minimizing wear and tool failure.