Screwdriver Bit Set MILWAUKEE 12 mm Hex 25 mm length, 3 pieces (MPN 4932500385)

MILWAUKEE 12 mm Hex screwdriver bit set, 25 mm length, 3 pieces is a compact set designed for fastening and loosening hex-head fasteners. The bits have a 12 mm hex profile and 25 mm working length, supplied in a pack of three. They are compatible with standard 1/4" bit holders and quick-change chucks and intended for use with both cordless and corded drivers in assembly, repair and construction environments.

Advantages

The set provides a consistent 12 mm hex engagement for reliable torque transfer and reduced cam-out. The 25 mm length balances access and control in confined and open spaces. Supplied as a set of three, the bits offer immediate replacements on the job and reduce downtime. Compatibility with standard 1/4" holders and quick-change systems ensures easy integration with common drivers and accessories.

Suitable for

• Assembly of furniture and metal fittings with hex-head fasteners
• Maintenance and repair work on machinery and equipment
• Construction tasks requiring hex bit insertion in tight or recessed areas
• Use with cordless or corded screwdrivers and impact drivers with compatible holders

Key specifications

• Bit profile: 12 mm hex
• Shank type: compatible with 1/4" hex bit holders and quick-change chucks
• Length: 25 mm working length
• Pack quantity: 3 pieces
• Intended use: fastening and loosening hex-head fasteners

How to use

Select the appropriate 12 mm hex bit from the set and insert the 1/4" shank into a compatible bit holder or quick-change chuck. Ensure the bit is fully seated and secure before applying torque. Use with a suitable cordless or corded driver, applying steady pressure while driving or removing hex-head fasteners. Replace bits from the set as they wear to maintain secure engagement and consistent performance.

Usage recommendations

For best results, match the bit profile precisely to the fastener head size, avoid excessive side loading, and replace worn bits to prevent rounding of fastener heads. Use appropriate torque settings on powered drivers and consider a slower speed for initial engagement in delicate materials.