Emuge 6638.140500 FPC14 Precision Collet 1/2 Inch

Product Description

The EMUGE 6638.140500 is a standard high precision FPC collet in the FPC14 collet system, designed for secure tool holding in CNC machining and precision drilling applications. Built to the FPC14 series specification, this collet accepts a 1/2 inch tool shank and delivers the tight runout tolerances demanded in high-speed machining environments. It is installed by machinists and CNC setup technicians in production and job-shop settings where accurate tool retention directly affects surface finish and tool life.

This collet is suited for use in FPC14 collet chucks on CNC machining centers, drilling machines, and high-speed spindles where consistent gripping force and minimal runout are required. The FPC system uses a front-loading design that allows fast tool changes without removing the chuck body from the spindle. Typical applications include precision drilling, reaming, and light milling in both production and prototype work across metalworking and related industries.

Key Features

• FPC14 series collet system for compatibility with FPC14 collet chuck bodies
• 1/2 inch bore diameter for standard shank tooling
• High precision ground bore for minimal runout and accurate tool positioning
• Front-loading collet design enables fast, repeatable tool changes
• Lightweight construction at 0.004 pounds for reduced spindle load contribution

Compatibility

Designed for use with EMUGE FPC14 series collet chuck bodies that accept standard FPC collets. Confirm chuck series and bore size before installation to ensure proper fit and clamping performance.

Installation Notes

Installation should be performed by a qualified machinist or CNC technician familiar with collet chuck systems. Ensure the spindle is fully stopped and the machine is locked out before handling collets or chuck bodies. Clean the collet bore and chuck taper thoroughly before seating the collet to prevent runout caused by contamination. Do not force or strike the collet during installation, as this can damage the precision ground surfaces.