Nikcole Mini-systems GIE7GW60LGOLD Threading Insert Carbide

Product Description

The NIKCOLE MINI-SYSTEMS GIE7GW60LGOLD is a left-hand external threading insert engineered for precision thread cutting in the Mini-Thread series. Built from C6-grade carbide with a Titanium Nitride (TiN) finish applied through a PVD coating process, this insert delivers consistent thread form geometry at a 60-degree included angle. At 2.00 mm thick (0.0780 inches) with a corner radius starting at 0.01 mm and a maximum of 0.12 mm, it is sized for small-diameter, tight-tolerance external threading operations. Machinists and tool-and-die professionals working with miniature thread applications are the primary users of this insert.

This insert is designed for external threading operations on small components where precise thread geometry and surface finish are critical. The left-hand configuration makes it suitable for applications requiring reverse-thread forms, such as specialty fasteners, precision assemblies, and miniature mechanical components. Its Mini-Thread series classification indicates suitability for small-pitch, fine-thread cutting on CNC lathes and manual threading setups where rigidity and insert geometry consistency are essential to thread quality.

Key Features

• C6-grade carbide substrate for hardness and wear resistance in threading applications
• Titanium Nitride (TiN) finish via PVD process for extended tool life and reduced built-up edge
• 60-degree included angle for standard external thread profiles
• Left-hand insert orientation for reverse-thread cutting operations
• Corner radius range of 0.01 mm to 0.12 mm supports fine-thread and miniature-thread geometries
• Mini-Thread series design targets small-diameter, high-precision threading requirements

Compatibility

Designed as an OEM-style replacement and standard-stock threading insert for Mini-Thread series toolholders accepting GIE-style inserts in left-hand external threading configurations.

Installation Notes

Installation should be performed by a qualified machinist following the toolholder manufacturer's insert seating and clamping procedures. Power down and lock out the machine spindle before changing any insert. Use appropriate insert clamps and torque to the toolholder manufacturer's specification - do not overtighten, as carbide inserts are brittle and can fracture under excess clamping force. Inspect the insert seat and clamp for debris or damage before seating the new insert.