Embout de tournevis Cimco 114941

The Cimco 114941 screwdriver bit is a Pozidriv bit engineered for precision fastening and reliable durability. At 70 mm length, this single-piece bit offers the reach and control needed for many tightening and loosening tasks. Manufactured by cimco, the bit is suitable for use with compatible bit holders, manual screwdrivers, and powered drivers that accept standard hex-shank bits.

Advantages

This Pozidriv bit combines a precisely machined tip profile with hardened steel construction to deliver consistent engagement with Pozidriv fasteners and reduced cam‑out. The 70 mm length provides better access to recessed screws while maintaining stiffness for controlled torque transfer. Supplied as a single piece, the bit is compact for storage and easy to replace in bit sets or holders.

Suitable for

• Assembly and maintenance of furniture and appliances with Pozidriv screws
• Electrical and mechanical installation work requiring medium reach
• DIY repairs and general household fastening tasks
• Use with power drivers and manual bit holders accepting standard hex bits

Key specifications

• Tip type: Pozidriv
• Length: 70 mm
• Configuration: single piece
• Shank compatibility: standard hex shank for bit holders and drivers
• Material: hardened steel (heat treated for wear resistance)

How to use

Select the Pozidriv bit size that matches the screw head, insert the bit securely into a compatible bit holder or driver chuck, and align the tip with the screw to ensure full contact. Apply steady, axial pressure while turning to avoid slipping and to achieve correct torque. When using a powered driver, use appropriate speed and torque settings for the screw material and fastener size to prevent damage to the screw head or workpiece.

Recommendations

Inspect the bit tip regularly for wear or rounding; replace the bit when tip deformation reduces engagement. Use compatible bit holders and avoid excessive lateral force. Store the bit in a protective case or organizer to prevent corrosion and mechanical damage.