Screwdriver Bit Gedore R33005031

The Gedore R33005031 screwdriver bit by gedore red is engineered for reliable fastening tasks where durability and precision are required. Weighing approximately 250 g with a compact package height of 33 mm, this bit delivers consistent grip and torque compatibility with standard screwdriver drivers. Its hardened construction and accurate tip geometry provide steady engagement with screw heads, reducing cam-out and wear during repeated use.

Advantages

This screwdriver bit offers a balance of strength and precision, enabling dependable torque transfer and reduced slippage. The compact size and moderate weight make it convenient to handle and store, while the robust material treatment extends service life under regular professional or home workshop use. Accurate tip dimensions ensure secure seating in fasteners for cleaner, faster operations.

Подходит для

• Tightening and loosening general-purpose screws
• Assembly and disassembly in maintenance and repair tasks
• Construction and installation work requiring consistent torque
• DIY projects and professional workshop use

Key specifications

• Weight: approximately 250 g
• Package height: 33 mm
• Compatibility: standard screwdriver and bit holders
• Finish: hardened metal for wear resistance
• Tip: precision-ground geometry for secure engagement

How to use

Insert the screwdriver bit into a compatible bit holder or screwdriver chuck until it locks securely. Select the correct bit orientation and apply steady axial pressure while rotating the driver to engage the fastener. Use appropriate torque settings on power drivers to avoid over-tightening. After use, clean the bit of debris and store it in a dry location to prevent corrosion and maintain tip accuracy.

Usage recommendations

For longest service life, match the bit size and type to the screw head, avoid lateral forces that can deform the tip, and periodically inspect the tip for wear. Use manual operation or controlled torque on powered tools to preserve the precision-ground tip geometry.