Emuge GF173106.5763 Thread Mill 1/16-27 Npt Solid Carbide

Product Description

The EMUGE GF173106.5763 is a straight flute thread mill designed for cutting internal NPT threads at 1/16-27 (27 TPI). Built from solid carbide and finished with a TiCN coating, this tool delivers hard-wearing performance in ferrous and non-ferrous materials. It runs three flutes with a 0.232 inch cutting diameter and a 0.389 inch length of cut, making it well suited for small-diameter internal thread milling on CNC machining centers. Coolant-through capability supports chip evacuation and tool life in deep or tight-bore applications. Overall length is 2.165 inches with a 1.417 inch shank length.

This thread mill is used in precision machining environments where NPT pipe thread profiles must be generated on internal bores. Typical applications include manifold blocks, hydraulic and pneumatic fittings, and instrumentation ports requiring 1/16-27 NPT threads. The straight flute geometry suits materials that produce short chips. Installation is performed by CNC machining professionals programming helical interpolation tool paths on vertical or horizontal machining centers.

Key Features

• Solid carbide construction for rigidity and wear resistance in precision thread milling
• TiCN coating reduces friction and extends tool life across a range of workpiece materials
• Coolant-through design aids chip evacuation and heat management during cutting
• Three straight flutes suited for short-chip materials and tight internal bore geometry
• 27 TPI NPT thread form with 0.232 inch cutting diameter for 1/16-27 internal threads

Compatibility

Designed for use on CNC machining centers capable of helical interpolation, producing 1/16-27 NPT internal threads in solid carbide toolpath applications.

Installation Notes

This tool is installed and operated by CNC machinists and tooling technicians on machining centers with helical interpolation capability. Verify spindle speed, feed rate, and helical pitch programming match the 1/16-27 NPT thread specification before running. Ensure the tool holder and collet are properly torqued and that coolant-through supply pressure is active before engaging the cut. Inspect the cutting edges for wear or chipping before each setup.