Centaur 50030 TG75 PG75 Standard Single Angle Collet 35/64

Product Description

The CENTAUR 50030 is a standard single angle collet designed for TG75 and PG75 collet series toolholding systems. It accepts a 35/64 inch (0.5469 inch) tool shank and delivers a total indicated runout (TIR) of 0.0005 inches, making it suitable for precision machining applications where concentricity and repeatability matter. The collet measures 1.84 inches overall length with a maximum body diameter of 1.06 inches. It is installed by machinists and tool room technicians in CNC machining centers, lathes, and milling machines that use the TG75 or PG75 collet standard. The compact geometry and tight TIR rating support consistent tool positioning across production and job shop environments.

This collet fits into TG75 and PG75 toolholding systems found in both production and job shop machining environments. It is used when holding round shank cutting tools, drills, reamers, or end mills with a 0.5469 inch shank diameter. The standard single angle design is common in general-purpose material removal operations across light industrial and precision manufacturing settings.

Key Features

• Accepts 35/64 inch (0.5469 inch) shank diameter tooling
• TIR of 0.0005 inches for precise tool concentricity
• Compatible with TG75 and PG75 collet series toolholders
• Overall length of 1.84 inches with 1.06 inch maximum body diameter
• Standard single angle design for general-purpose machining applications
• Single-piece packaging with a minimum order quantity of 1

Compatibility

Designed for use with TG75 and PG75 series collet toolholders as stated in the product specifications.

Installation Notes

Installation is performed by a qualified machinist or tool room technician. Ensure the spindle is fully stopped and the machine is powered down before changing collets. Clean the collet seat and toolholder bore before seating the collet to avoid debris-induced runout. Use the appropriate TG or PG series collet nut and spanner wrench for proper seating and clamping force.