Screwdriver Bit Proxxon Pozidriv PZ2 1/4" x 33 mm PR23735

Proxxon Pozidriv PZ2 screwdriver bit with a 1/4" hex shank and 33 mm length is made for driving Pozidriv fasteners in assembly, repair and maintenance tasks. The bit is compatible with standard 1/4" bit holders and can be used with hand drivers and power tools that accept 1/4" bits. Its medium length provides a balance between reach and control for common joinery and service jobs.

Advantages

This Proxxon PZ2 bit offers accurate Pozidriv engagement to reduce cam-out and wear on fasteners. The 1/4" hex shank ensures secure fitment in magnetic or quick-release bit holders, while the 33 mm working length gives enough reach for recessed screws without sacrificing handling. Manufactured to consistent dimensions, it provides repeatable fit and torque transfer for both manual and powered applications.

Suitable for

• Assembly of furniture and fixtures with Pozidriv screws
• General repair and maintenance tasks requiring PZ2 profile
• Use with manual bit holders, ratchets and electric or cordless drivers accepting 1/4" bits
• Service work where medium reach and controlled torque are needed

Key specifications

• Drive type: Pozidriv (PZ2)
• Shank: 1/4" hex
• Overall bit length: 33 mm (working length)
• Compatibility: standard 1/4" bit holders and drivers
• Typical applications: assembly, repair, maintenance

How to use

Insert the 1/4" hex shank into a compatible bit holder or directly into the tool chuck. Align the PZ2 tip with the Pozidriv screw head, apply steady axial pressure and turn with appropriate torque. For power drivers, select a suitable speed and torque setting to avoid overdriving or damaging the screw head. Inspect the tip before use and replace the bit if the profile shows excessive wear.

Usage recommendations

For optimal results, use with magnetic or quick-release 1/4" bit holders and match the driver speed and torque to the screw size and material. Replace the bit when tip deformation or rounding is visible to maintain proper Pozidriv engagement and reduce risk of screw damage.