Bit holder Metabo 62726100 for BS/SB 18 L-class, PowerMaxx

The Metabo 62726100 bit holder is an accessory designed for compatibility with BS/SB 18 L-class and PowerMaxx cordless tools. Built with a focus on secure bit retention and reliable torque transfer, the bit holder provides a stable connection between driver and bit. Its metal construction and compact form factor help maintain alignment during drilling and fastening tasks while fitting the intended Metabo tool interfaces.

Advantages

The bit holder offers a durable build that withstands regular use and provides a secure fit for standard screwdriver bits to reduce wobble and slippage. Its compact size keeps the tool balanced and allows access to tighter spaces. Finished in red and silver, the part is easy to identify in a toolbox and provides consistent power transmission from the driver to the bit.

Suitable for

• General screwdriving and assembly tasks with BS/SB 18 L-class and PowerMaxx tools
• Light to medium fastening where a secure bit connection is required
• Work in workshops, construction sites, and home improvement projects

Key specifications

• Compatibility: designed for BS/SB 18 L-class and PowerMaxx Metabo tools
• Construction: metal body for enhanced durability
• Finish: red and silver colour scheme for easy identification
• Form factor: compact design to access confined spaces
• Function: secure bit retention for reliable torque transfer

How to use

Insert an appropriate hex-shank screwdriver bit into the bit holder until it seats securely. Attach the bit holder to the chuck or bit adapter of the compatible Metabo BS/SB 18 L-class or PowerMaxx tool according to the tool's attachment method. Confirm the bit is retained firmly before operating the tool. Remove the bit by pulling it out while the tool is powered off and stationary.

Recommendations

Inspect the bit holder periodically for visible wear or deformation and replace it if retention or alignment is compromised. Use bits that match the holder's shank specification and avoid applying excessive sideways force to prolong service life.