Socket Bit 1/4" 6-point 4.5 mm for screwdriver bits, NEO tools 08-221

NEO tools Socket Bit 1/4" 6-point 4.5 mm (08-221) is a compact hex socket designed for use with 1/4" bit holders and small ratchets. Engineered to fit 6-point fasteners with a 4.5 mm diameter, this socket bit is suitable for precise assembly, maintenance and repair tasks where a secure engagement and accurate torque transfer are required. The design focuses on compatibility with compact screwdriver systems and confined workspaces.

Advantages

The 6-point geometry ensures a reliable grip on hex fasteners, reducing the risk of rounding and slippage. A 1/4" drive makes the socket bit compatible with common bit holders and multi-bit screwdrivers. Its compact length and precise manufacturing tolerances provide stable engagement in tight or recessed locations. The construction aims to balance durability with the fine control needed for electronics, trim work and light mechanical tasks.

Suitable for

• Assembly and disassembly of small hex fasteners in electronics and electrical devices
• Automotive trim and interior repairs where access is limited
• General workshop maintenance and light mechanical work

Key specifications

• Drive size: 1/4" compatible
• Socket profile: 6-point (hex)
• Socket size: 4.5 mm
• Intended use: for bit holders and compact ratchets
• Typical applications: precision assembly, maintenance and repair in constrained spaces

How to use

Select the socket bit that matches the 6-point fastener size, press or snap it into the 1/4" bit holder or compact ratchet, and ensure a firm seating before applying torque. Use steady, controlled force appropriate to the fastener and material. For removal, reverse the drive direction and maintain alignment between fastener and socket to avoid slipping. Inspect the bit and fastener for wear before reuse.

Usage recommendations

For optimal performance, use the socket bit with compatible 1/4" holders and avoid excessive torque beyond the tool system's rated capacity; keep the bit clean and free of debris to maintain precise fit and prolong service life.