Magnetic Bit Holder STANLEY 1/4" (6.35 mm) shank, 60 mm length

STANLEY magnetic bit holder with a 1/4" (6.35 mm) hex shank and 60 mm overall length. Designed to hold standard screwdriver bits securely by magnetism, this bit holder facilitates fast bit changes and improves stability during drilling, screwing and fastening operations. It is compatible with drills, impact drivers and manual bit holders that accept a 1/4" hex shank and is intended for use in assembly, installation and general repair tasks.

Advantages

The magnetic tip keeps bits in place to reduce slippage and lost bits, speeding up repetitive fastening tasks. The 1/4" hex shank ensures broad compatibility with common driver chucks and quick-change holders. With a 60 mm length it provides extended reach in confined spaces while maintaining control and alignment of the bit. The simple steel construction offers reliable performance for everyday workshop and on-site use.

Suitable for

• Installing furniture and fittings
• Electrical and plumbing accessory installation
• General maintenance and repair work
• Fastening screws in tight or recessed areas
• Use with cordless drills, impact drivers and manual drivers

Key specifications

• Shank type: 1/4" (6.35 mm) hex
• Overall length: 60 mm
• Magnetic bit retention: yes
• Material: steel (magnetic tip)
• Compatibility: standard 1/4" hex screwdriver bits

How to use

Insert a compatible 1/4" hex screwdriver bit into the magnetic socket until it seats firmly. Fit the hex shank into the drill chuck or quick-change adapter and tighten or lock according to the tool manufacturer’s instructions. Use steady pressure and appropriate speed for the screw and material being worked on. Remove the bit by pulling it out of the magnetic tip when the task is complete or to swap bits.

Usage recommendations

Use appropriate protective equipment and select bits rated for the screw type and material. Avoid excessive side-loads to prevent bit or holder wear. For impact driver use, ensure the bit and holder are suitable for high-torque applications and replace any worn components to maintain secure retention.