Micro-Tech Drivers TORX ®

This high-quality, professional (ESD) precision screwdriver from Facom has been designed with the best quality in mind for use within precision engineering, micro electrics and electronics applications. With a hardened and burnished steelhead, it guarantees a safe and long life operation. A bi-material handle is securely fitted to the shaft and guarantees a comfortable and anti-slip grip.

A range of Facom precision screwdrivers covering slotted, Philips, TORX, crosshead, hexagon, head forms, as well as nut spinners and ceramic blade drivers.

Features & Benefits:
• Professional Quality covered by the Facom Tools Lifetime Guarantee
• Handles feature revolving ends and are colour coded for easy identification
• Chromed and burnished head tips
• Colour coding facilitates easy identification of the type of head
• Ergonomically designed and comfortable for a safe grip and higher torque operation

Typical Applications:
This screwdriver is typically used by professional tradesmen, engineers or those wishing to complete DIY. The screwdriver is one of the most essential hand tools in any workman’s kit. There are many situations and professions where a screwdriver is integral to carrying out a specific task revolving around loosening or tightening fasteners. Most common screwdriver types such as flat-blade and cross-recess have a very wide range of application. They are commonly used for:
• Mechanical and industrial production
• Woodworking/carpentry
• Fastening wood to metal
• Automotive

Speciality screwdrivers such as TORX, Hex, Tri-Wing etc. are designed for specific applications such as:
• Electronics repairs
• Opening consoles - Xbox/ PlayStation
• Opening Mobile phones
• Opening MacBooks

FAQs:
Is this screwdriver magnetised?
No, this screwdriver is not magnetised but can be simply magnetised by using one of magnetisers available here at RS e.g. 667-3471

Is this screwdriver VDE approved?
No, this screwdriver cannot be used with electric devices as it hasn't been designed to work under any voltage.