Hexagon Screw Bit Wiha 7043Z/6-50 — 50 mm length, for hexagon (Allen) screws

Bit for Hexagon Screws Wiha 7043Z/6-50 50mm by wiha is a single screwdriver bit designed for driving hexagon-headed screws. The bit measures 50 mm in length and is intended for use with compatible bit holders, power drivers, or hand tools that accept standard hexagon-shank bits. Manufactured by wiha, the bit is made to fit hexagon screw profiles and provides a compact solution for precision and general fastening tasks.

Advantages

The Wiha 7043Z/6-50 50mm bit offers consistent engagement with hexagon screw heads to reduce cam-out and wear. Its 50 mm length balances reach and control, allowing access to shallow recesses without excessive protrusion. The bit is compatible with standard holders that accept hexagonal shanks, making it adaptable across many manual and powered tools. Construction and manufacturing by wiha aim to ensure dimensional accuracy and durability for repeated use.

Suitable for (tasks / use cases)

• Driving and removing hexagon-headed screws in assembly and repair work
• General maintenance tasks where a 50 mm hex bit is required
• Use with bit holders, ratchets, and power drivers that accept hex shanks
• Applications requiring a compact bit for limited-reach fastening

Key specifications

• Bit type: hexagon screw bit
• Length: 50 mm
• Compatible shank: standard hexagonal shank for bit holders
• Intended screw profile: hexagon
• Manufacturer: wiha

How to use

Select a compatible bit holder or driver that accepts the bit's hexagonal shank. Insert the bit into the holder until it seats securely. Align the bit with the screw head, applying steady axial pressure, and drive or remove the screw at appropriate speed and torque for the tool in use. For hand tools, maintain firm grip and moderate force; for power drivers, use controlled torque settings to avoid damaging the screw or surrounding material.

Usage recommendations

Inspect the hexagon screw head and bit tip before use; replace the bit if wear or deformation is present. Use the appropriate torque setting on powered tools and match bit length to the access requirements of the task to ensure safe and effective fastening.