Screwdriver Wera 2067TX5 Torx TX5 x 40 mm, insulated handle, precision tip

Wera 2067TX5 is a Torx TX5 screwdriver with a 40 mm shaft designed for precision fastening tasks. The tool combines a durable chrome-plated shaft with a LASERTIP Torx TX5 tip that improves contact with the screw head and reduces slipping. Its multi-component, insulated handle features a non-roll shape for safe placement on the workbench and ergonomic contours to support controlled torque and comfortable handling during repetitive or delicate operations.

Advantages

The chrome-plated shaft resists corrosion and ensures long service life, while the LASERTIP tip provides enhanced grip in the screw head for reduced cam‑out. The multi-component insulated handle gives electrical protection and a secure, ergonomic grip. The non-roll design prevents the screwdriver from rolling off inclined surfaces, increasing convenience and safety at the workplace.

Suitable for

• Precision electronics assembly and repair
• Small fasteners in maintenance and inspection tasks
• Work requiring insulated tools for basic electrical protection
• Applications where controlled torque and reduced slipping are important

Key specifications

• Model: Wera 2067TX5
• Tip size: Torx TX5
• Shaft length: 40 mm
• Handle: multi-component, insulated, non-roll design
• Tip finish: LASERTIP
• Shaft finish: chrome-plated
• Category: Screwdrivers
• MPN: 2067TX5

How to use

Select the Torx TX5 screwdriver for fasteners with a matching TX5 recess. Insert the LASERTIP tip fully into the screw head, apply axial pressure and turn the handle with a steady motion to engage the fastener. Use controlled torque appropriate to the screw and material to avoid damage. After use, place the screwdriver on a stable surface to prevent falls; the non-roll handle helps keep it in place.

Usage recommendations

For safe electrical work, verify the insulation rating required for the specific task and use additional protective measures as needed. Keep the LASERTIP clean and free of debris to maintain optimal grip; avoid using the tool on damaged or worn fasteners that may compromise engagement.