Socket Bit 1/4" 14mm, NEO tools 08-232 — 6-point hex bit for ratchet and driver

1/4" 14mm socket bit from NEO tools is a 6-point hex bit designed for use with 1/4-inch drive ratchets, bit holders and compatible power drivers. It fits 14 mm hex fasteners and is intended for assembly, maintenance and repair tasks where a compact drive and accurate torque transfer are required. The bit's compact form allows work in confined spaces while maintaining engagement with the fastener head.

Advantages

The 6-point geometry reduces rounding of hex fasteners by providing full-face contact, improving torque transfer and grip. Compatibility with standard 1/4" drives makes the bit versatile for manual ratchets, bit holders and many compact power drivers. Its 14 mm size covers common metric fasteners used in machinery, furniture assembly and light automotive applications.

Suitable for

• Assembly of furniture and fixtures with 14 mm hex bolts
• Light vehicle and motorcycle maintenance
• General mechanical and equipment repair in confined spaces
• Use with 1/4" drive ratchets, bit holders and compact drivers

Key specifications

• Drive size: 1/4 inch
• Bit tip profile: 6-point (hex)
• Tip size: 14 mm
• Compatibility: manual ratchets, bit holders and compatible power drivers with 1/4" drive
• Typical applications: assembly, maintenance, repair

How to use

Select a compatible 1/4" drive ratchet or bit holder and insert the socket bit securely into the tool. Position the bit squarely into the 14 mm hex fastener to ensure full contact of the 6-point faces before applying torque. For power drivers, use controlled speed and moderate torque settings to avoid over-tightening. Inspect the bit and fastener for wear before and after use.

Usage recommendations

The bit is intended for standard 14 mm hex fasteners; avoid using it on damaged or rounded heads. Use appropriate torque limits for the specific application and wear protective equipment when working with power tools. Store the bit in a dry, protected holder to prevent corrosion and maintain tip geometry.