M.a. Ford. 27737526B Corner Radius End Mill Head 4 Flute

Product Description

The M.A. FORD. 27737526B is a solid carbide corner radius end mill head engineered for precision milling applications. Built with 4 helical flutes and a right-hand cutting direction, this head delivers clean, consistent material removal on ferrous and non-ferrous substrates. The variable index and variable helix geometry - ranging from 38 to 41 degrees - reduce harmonic chatter and improve surface finish quality at higher feed rates. Installed by machinists and tool and die professionals, this end mill head is a direct replacement component designed for modular tooling systems that accept interchangeable milling heads.

This corner radius end mill head is suited for finishing and semi-finishing operations where edge integrity and surface quality are critical. The corner radius end type protects the cutting edge from chipping during lateral passes and plunge entries. Right-hand flute direction with helical geometry supports efficient chip evacuation in slotting, profiling, and peripheral milling operations. Typical applications include precision part manufacturing, mold and die work, and aerospace or automotive component finishing.

Key Features

• Solid carbide construction for rigidity and wear resistance
• 4 helical flutes with right-hand cutting direction
• Variable helix angle (38 to 41 degrees) reduces chatter and improves surface finish
• Variable index geometry distributes cutting forces evenly across flutes
• Corner radius end type protects cutting edges and extends tool life
• Modular head design for use with compatible interchangeable end mill systems

Compatibility

Designed as a modular replacement end mill head for compatible interchangeable tooling systems that accept this head geometry and size. Confirm shank system compatibility before ordering.

Installation Notes

Installation of modular end mill heads should be performed by a qualified machinist following the tooling system manufacturer's torque and seating procedures. Ensure the spindle and toolholder are fully de-energized and at rest before mounting or removing the head. Inspect the mating threads and seating surfaces for debris or damage prior to assembly. Do not exceed the toolholder's rated speed or axial depth of cut for this head diameter.