Harvey Tool 919560-C6 Tapered End Mill 3 Flute Carbide

Product Description

The HARVEY TOOL 919560-C6 is a solid carbide tapered end mill designed for precision milling operations requiring controlled taper geometry. Built with a 15-degree taper angle per side and a square end profile, this tool delivers clean, accurate cuts in tight tolerances. The 3-flute configuration balances chip evacuation with cutting edge strength, making it well-suited for finishing passes and slot milling in harder materials. With a 5/16-inch length of cut and a 30-degree helix angle, it provides smooth cutting action and reduced vibration. Installed by machinists and toolroom operators, this end mill fits standard CNC and manual milling setups via its 1/4-inch shank diameter.

This tapered end mill is intended for precision milling applications in metalworking, moldmaking, and die work where a consistent taper profile is required. The miniature end mill format suits smaller-scale machining centers and benchtop mills where fine detail work demands tight dimensional control. Its solid carbide construction handles hardened steels, stainless, aluminum, and similar materials at appropriate speeds and feeds. The square end geometry supports flat-bottom pockets and stepped features. This tool is part of the Harvey Tool Miniature End Mills - Tapered - Square series.

Key Features

• 15-degree taper angle per side for precise, repeatable tapered profiles
• Solid carbide construction for rigidity and wear resistance in hard materials
• 3-flute design balances chip clearance and cutting edge support
• 30-degree helix angle promotes smooth cutting and reduced chatter
• Square end geometry enables flat-bottom pockets and stepped features
• 1/4-inch shank diameter fits standard collets and toolholders

Compatibility

Designed as an OEM-style replacement or direct-use tool for milling setups accepting a 1/4-inch shank end mill. Part of the Harvey Tool Miniature End Mills - Tapered - Square series.

Installation Notes

Installation is performed by qualified machinists or toolroom technicians. Secure the shank fully into a clean, properly sized collet or toolholder and torque to the machine manufacturer's specification. Inspect the tool for runout before beginning a cut. Follow appropriate speeds and feeds for the workpiece material and ensure the machine spindle is fully stopped before changing tooling.