Harvey Tool 882134-C3 Thread Mill M10 Solid Carbide Altin

Product Description

The HARVEY TOOL 882134-C3 is a solid carbide single profile thread mill designed to cut both internal and external metric threads in a single tool. It handles a thread range of M10 x 0.75 through M10 x 1.50, covering the most common fine and standard pitches in that nominal diameter. The 4-flute geometry and AlTiN coating support extended tool life in ferrous and hardened materials. With an overall length of 2.4803 inches and a cutting diameter of 8 inches expressed in the supplier spec, this tool is suited for CNC machining centers running helical interpolation thread milling cycles.

This thread mill is used in precision machining environments where a single tool needs to produce multiple thread pitches in the M10 diameter range without a tool change. Typical applications include production machining of threaded bores and external thread forms on steel, stainless steel, cast iron, and similar materials. The solid carbide substrate and AlTiN finish make it suitable for dry or minimal-lubrication cutting conditions. It is installed by machinists and CNC programmers operating 3-axis or multi-axis machining centers.

Key Features

• Single profile design cuts M10 x 0.75 through M10 x 1.50 internal and external threads with one tool
• Solid carbide construction provides rigidity and dimensional stability under cutting loads
• AlTiN coating increases surface hardness and oxidation resistance for extended tool life in ferrous materials
• 4-flute configuration balances chip evacuation with cutting stability
• Neck diameter of 4.8000 inches decimal and neck length of 0.9449 inches provide clearance in deeper thread applications
• Shank diameter of 8.00 mm fits standard ER and milling chuck toolholders at that bore size

Compatibility

Designed for use on CNC machining centers capable of helical interpolation. Compatible with M10 threaded applications requiring pitches between 0.75 mm and 1.50 mm on both internal and external thread forms.

Installation Notes

Thread milling requires a CNC control capable of helical interpolation; confirm program compatibility before setup. Secure the shank in a balanced, low-runout toolholder and verify runout at the cutting diameter before production. Follow the machine tool builder and cutting tool manufacturer recommended feeds, speeds, and helical pitch programming for thread milling cycles. Inspect the cutting edges for wear between thread-milling passes, particularly when machining hardened or abrasive materials.