Ruuvauskärki Torx Wera TX 15 × 25 mm - Wera 05066102001

Wera Bit Torx TX 15 × 25 mm is a single Torx screwdriver bit designed for accurate engagement with TX 15 fasteners. The bit provides a 25 mm working length and is compatible with standard 1/4" hex bit holders and screwdrivers. Manufactured from hardened steel with precise geometry, it delivers consistent torque transfer for assembly, maintenance and repair tasks where repeatable fit and reduced cam‑out are important.

Advantages

The bit’s Torx profile ensures secure seating in fasteners, improving contact area and reducing wear on both screw and bit. Its 25 mm working length offers access in confined spaces while remaining stable in common bit holders. Durable material and accurate machining maintain shape under repeated use, supporting reliable torque transmission and consistent results across multiple operations.

Suitable for

• Assembly and disassembly of electronics and appliances using TX 15 fasteners
• Maintenance and repair work on furniture, bicycles and machinery requiring Torx drive
• Professional workshop tasks and occasional home repairs demanding precise Torx engagement

Key specifications

• Drive type: Torx (TX 15)
• Working length: 25 mm
• Shank compatibility: 1/4" hex bit holder standard
• Material: hardened steel with precision-machined tip
• Surface finish: corrosion-resistant coating (factory-applied)

How to use

Insert the Torx TX 15 bit into a compatible 1/4" hex bit holder or screwdriver chuck until it seats firmly. Align the bit with the fastener so the Torx profile fully engages the screw head, then apply steady torque while keeping the driver axis aligned to minimize cam‑out. For power drivers, select an appropriate torque setting to avoid over‑tightening sensitive components.

Recommendations

Inspect the bit tip periodically for wear and replace if rounding or damage is visible. Use the correct TX 15 size to preserve fastener integrity. When working with power tools, reduce speed and torque for delicate assemblies and consider using a torque-limited driver for critical applications.