M.a. Ford. 27762516B Corner Radius End Mill Head 4 Flute

Product Description

The M.A. FORD. 27762516B is a solid carbide corner radius end mill head engineered for precision milling applications. With 4 helical flutes and a right-hand cutting direction, this head delivers clean, consistent material removal in demanding machining environments. The variable index and variable helix design reduce harmonic vibration during cuts, improving surface finish and extending tool life. Helix angles range from 38 to 41 degrees. At 0.5 pounds and compact in profile, it is suited for use in automated machining cells and manual CNC setups alike. Machinists and tool-and-die professionals are the primary installers of this type of tooling.

This corner radius end mill head is designed for use in CNC milling operations where a radiused corner profile is required to reduce stress concentration in machined parts. The corner radius end type makes it appropriate for finishing passes and semi-finishing passes in ferrous and non-ferrous materials. Its solid carbide construction supports high-speed machining parameters. The package contains 1 unit, and the minimum order quantity is 1.

Key Features

• Solid carbide construction for rigidity and wear resistance at high cutting speeds
• 4 helical flutes with right-hand flute direction for efficient chip evacuation
• Variable index and variable helix design to reduce chatter and vibration
• Corner radius end type reduces stress risers in finished part geometry
• Helix angle range of 38 to 41 degrees for optimized cutting performance
• Compact 3.5-inch length suitable for a range of spindle and holder configurations

Compatibility

Designed as an OEM-style replacement end mill head for compatible modular end mill systems accepting heads of this profile and dimension. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation of modular end mill heads should be performed by a qualified machinist following the tool holder manufacturer's torque and assembly procedures. Ensure the spindle is fully stopped and the machine is in a locked-out, de-energized state before changing tooling. Inspect the mating interface and head seating surface for debris or damage before assembly. Follow all applicable shop safety protocols and machine tool operating guidelines.