Techniks 33111 ER11 Collet Nut

Product Description

The TECHNIKS 33111 is an ER11 collet nut designed to secure ER11 series collets within compatible toolholders on CNC machining centers, milling machines, and high-speed spindles. The nut threads onto the toolholder nose and clamps the collet under axial load, maintaining precise tool grip during cutting operations. At 0.1 pounds, it is a lightweight but critical retention component. This part does not support coolant-through configurations. Installation is performed by machinists and tool crib technicians as part of standard toolholder assembly and tool change procedures.

The TECHNIKS 33111 is suited for use in job shops, production machining environments, and toolroom applications where ER11 collet toolholders are in service. The ER11 collet series accommodates small-diameter tooling and is commonly found on high-speed spindle units, bench-top CNC mills, and precision drilling setups. This nut is sold individually and is a direct replacement or spare retention component for any ER11-compatible toolholder requiring a new collet nut.

Key Features

• Designed for ER11 collet series toolholders
• Provides axial clamping force to secure ER11 collets during machining
• No coolant-through passage - suitable for standard dry or flood coolant exterior applications
• Lightweight at 0.1 pounds for minimal spindle load contribution
• Sold individually with a minimum order quantity of 1

Compatibility

Designed as a direct-fit retention nut for ER11 series collet toolholders requiring a standard collet nut replacement.

Installation Notes

Installation is performed by a machinist or toolroom technician using an ER collet nut spanner wrench sized for the ER11 nut. The spindle must be fully stopped and the machine placed in an e-stop or lockout state before toolholder service. Hand-thread the nut onto the toolholder nose before applying final torque with the spanner wrench. Do not use impact tools or substitute wrenches, as these can damage the nut threads or collet seating surfaces.