Kennametal 2624187 Indexable Square-shoulder End Mill

Product Description

The KENNAMETAL 2624187 is a 2-flute indexable square-shoulder end mill designed for precision milling operations in metal-cutting applications. It features a 3/4 inch cutting diameter, a maximum depth of cut of 0.58 inches, and a 3/4 inch cylindrical shank with an overall length of 6.5 inches. The tool uses EC14.. and EP14.. insert styles secured by screw clamping, and supports through-coolant delivery to manage heat and chip evacuation during aggressive cuts. Licensed machinists and CNC operators working with ferrous and non-ferrous materials will find this toolholder well-suited for high-speed square-shoulder milling at up to 49,600 RPM.

This end mill is intended for use in CNC machining centers where square-shoulder profiling, slotting, and step milling are required. With a 0-degree lead angle and a head length of 1.75 inches, it produces true 90-degree walls without secondary finishing passes. The through-coolant feature makes it a practical choice for deep-reach operations and materials that generate significant heat during cutting. It is packaged as a single toolholder; inserts are ordered separately.

Key Features

• 3/4 inch cutting diameter with 0.58 inch maximum depth of cut for square-shoulder milling
• 2-flute, 2-insert configuration for balanced chip load in metal-cutting applications
• Through-coolant capability for improved tool life and chip evacuation
• 0-degree lead angle produces true 90-degree shoulder walls
• Cylindrical shank compatible with standard ER and side-lock toolholding systems
• Maximum spindle speed of 49,600 RPM supports high-efficiency milling strategies

Compatibility

Designed for use with EC14.. and EP14.. series inserts. ISO number M1D075E1402C075L650 identifies the toolholder geometry for insert and catalog cross-reference purposes.

Installation Notes

Installation should be performed by a qualified machinist or CNC setup technician. Secure the cylindrical shank in a properly sized toolholder and verify runout before first use. Ensure through-coolant passages are clear and coolant pressure is within the machine spindle specifications before running. Always follow machine tool builder guidelines and applicable shop safety procedures when changing indexable inserts.