Parlec DA100-4MM Double Angle Collet DA100 4mm

Product Description

The PARLEC DA100-4MM is a double angle collet in the DA100 series, designed for use in CNC machining centers and milling applications where precise tool holding is required. With a bore size of 0.1575 inches (4.00 mm) and an overall length of 1.437 inches (36.50 mm), this collet provides accurate, repeatable clamping for small-diameter cutting tools. An overall diameter of 0.769 inches allows it to seat correctly in DA100-style toolholders. This collet is installed by machinists and toolroom technicians as part of a collet chuck assembly.

The DA100-4MM is suited for high-speed milling, drilling, and light cutting operations in both production and toolroom environments. The double angle design distributes clamping force evenly across the tool shank, supporting runout control and consistent grip across repeated tool changes. It fits into any DA100-compatible collet chuck and is appropriate for use on vertical and horizontal machining centers in light manufacturing and precision machining facilities.

Key Features

• 4.00 mm (0.1575 inch) bore for small-diameter tool shanks
• Double angle collet design provides even radial clamping force
• Overall length of 1.437 inches (36.50 mm) for correct projection in DA100 chucks
• Overall diameter of 0.769 inches for proper seating in DA100-series toolholders
• DA100 collet series for broad compatibility with DA100-style chuck bodies

Compatibility

Designed as an OEM-style replacement or standard collet for use with DA100-series collet chuck bodies in CNC milling and machining center applications.

Installation Notes

Installation is performed by a machinist or toolroom technician. Before installing or removing a collet, ensure the machine spindle is fully stopped and locked out per applicable safety procedures. Clean the collet chuck bore and collet taper surfaces before seating to ensure proper contact and minimize runout. Do not exceed the tool shank diameter rating of the collet, as oversizing the bore reduces grip force and can cause tool pullout.