Conjunto de bits de chaves de fendas Wiha FlipSelector Standard 12 peças

The Wiha FlipSelector Standard 12 pcs is a compact screwdriver bit set designed for everyday use in trade, industry, and home projects. The housing is made of impact-resistant, glass-fibre reinforced polyamide for lasting robustness, and the bit clamping element swivels 180° with an extra folding element for the magnetic bit holder. The set contains twelve 25 mm standard bits with a 1/4" (6.35 mm) hex shank compatible with universal holders and common screwdrivers.

Advantages

The FlipSelector housing is built to resist impacts and fit easily into trouser pockets or a belt clip, providing immediate access when needed. The sliding mechanism exposes bits quickly for removal, while the magnetic 1/4" universal holder secures bits during work. Bits are made to Wiha quality standards for consistent fit and durability.

Suitable for

• Assembly and maintenance work in trade and industry
• General repair and installation tasks at home
• Electronics and light mechanical fastening requiring 25 mm bits

Key specifications

• Brand: wiha
• Model: FlipSelector Standard 12 pcs (MPN 7947904)
• Contents: 12 bits, assorted tips including Phillips, Pozidriv, Torx
• Bit length: 25 mm
• Shank: 1/4" (6.35 mm) hex
• Housing material: glass-fibre reinforced polyamide
• Bit holder: 1/4" universal, magnetic
• EAN: 4010995390402

How to use

Slide the Wiha logo down to open the compact bit box and expose the bits for removal. Select the required 25 mm bit and insert it into the magnetic 1/4" universal holder or a compatible screwdriver. Use the 180° swivel clamping element or the folding element to position and secure the bit, then perform fastening or unfastening tasks as required. After use, return the bit to its slot and close the housing to protect the bits.

Recommendations

Store the bit set in a dry place and keep the magnetic holder free of metal debris. Use appropriate bit types and sizes for screws to avoid wear or damage; replace worn bits to maintain effective torque transfer.