Skruvmejselbitsats Wera 05056161001 9 st

The Wera 05056161001 screwdriver bit set contains nine 25 mm bits with Phillips and Pozidriv tips in sizes PH 1, PH 2 and PH 3, designed for reliable fastening work. The set includes a universal holder with a strong permanent magnet and a quick-release chuck compatible with 1/4" hexagon head drive (DIN ISO 1173-C 6.3), allowing use in power screwdrivers or in a drill chuck. Bits are equipped with torsion zones to reduce premature wear and are suitable for a wide range of professional and DIY tasks.

Advantages

The compact Bit-Check design keeps bits organized and prevents loss by allowing unused bits to be reinserted into the set. The universal holder offers secure magnetic retention and fast bit changes, while the torsion bits absorb peak torque to extend bit life. The 25 mm length provides good accessibility in confined spaces and compatibility with standard 1/4" hex drives ensures broad usability.

Suitable for

• General assembly and maintenance work
• Electrical and electronic installations requiring Phillips or Pozidriv tips
• DIY, household repairs and furniture assembly

Key specifications

• Brand: Wera
• Model / MPN: 05056161001
• Contents: 9 pcs (Phillips and Pozidriv)
• Bit length: 25 mm
• Tip sizes: PH 1, PH 2, PH 3
• Drive interface: 1/4" hexagon head (DIN ISO 1173-C 6.3)
• Features: Universal holder with strong permanent magnet, quick-release chuck, torsion bits
• EAN: 4013288033772

How to use

Select the appropriate Phillips or Pozidriv bit for the screw head, insert the bit into the universal holder until it locks in the quick-release chuck, and engage the magnetic holder with the screw. Use the bit set in a manual screwdriver, power screwdriver, or in the chuck of an electric drill with a 1/4" hex adapter. After use, return unused bits to the Bit-Check storage to keep them organized and protected.

Recommendations

For longer bit life, avoid using damaged bits and match the correct tip size (PH 1–PH 3) to the screw head. When using a power screwdriver, operate at appropriate torque settings and allow the torsion zone to absorb shock loads to reduce wear.