Accupro 586334 DA180 Double Angle Collet 9/16 in

Product Description

The ACCUPRO 586334 is a DA180 series double angle collet designed for use in DA-style collet chucks on milling machines, machining centers, and similar CNC or manual machine tool setups. The collet measures 9/16 inch (0.5625 inch) in bore size with an overall length of 1.637 inches and an overall diameter of 1.035 inches. Double angle collets provide two contact points along the collet bore, delivering improved grip and concentricity compared to single angle designs. This collet is installed by toolroom machinists and CNC setup technicians who require accurate, repeatable tool holding for end mills, drills, and round-shank cutting tools.

The 586334 fits DA180 collet chucks and is suited for production and job shop environments running light to medium cutting operations. The DA180 collet series is a widely used standard in conventional and CNC machining, making this collet a common replacement or additional unit for shops that standardize on DA-style tool holding. It is appropriate for use with round-shank tooling in the 9/16 inch nominal size.

Key Features

• DA180 collet series for use with compatible DA180 collet chucks
• 9/16 inch (0.5625 inch) bore accommodates standard round-shank cutting tools
• 1.637 inch overall length for proper seating in DA180 chuck bodies
• 1.035 inch overall diameter
• Double angle design improves grip and concentricity over single angle collets
• 0.5 pound unit weight for easy handling and tool change operations

Compatibility

Designed as an OEM-style replacement or additional collet for DA180 series collet chuck systems accepting 9/16 inch bore collets.

Installation Notes

Installation is performed by qualified toolroom machinists or CNC setup personnel. Ensure the machine spindle is fully stopped and locked out before changing or seating collets. Clean the collet and chuck body mating surfaces before installation to ensure proper seating and concentricity. Do not exceed the collet chuck manufacturer's specified torque range when tightening the locking nut.