Screwdriver EPM Torx M3 series 6x100 mm T25 (E-400-0356)

EPM Torx M3 series screwdriver size 6x100 mm with a T25 tip is designed for driving and removing Torx fasteners in assembly, repair and maintenance tasks. The tool combines a 100 mm shaft length with a 6 mm diameter shank to provide stable engagement and reach in medium-duty applications. Its T25 tip geometry ensures accurate fit with corresponding Torx heads for reduced cam-out and consistent torque transfer.

Advantages

The screwdriver offers a balance of reach and control thanks to its 100 mm shaft and compact 6 mm shank, enabling work in recessed or partially obstructed screw locations. The precision-machined T25 tip improves contact with fasteners and lowers the risk of damage to screw recesses. The overall dimensions and tip profile make the tool suitable for repetitive tasks where consistent engagement and moderate torque are required.

Suitable for

• Assembly and disassembly of Torx T25 fastened components
• Electronics maintenance and repair where medium reach is needed
• Automotive interior and trim work involving T25 screws
• General construction and maintenance tasks requiring a reliable Torx driver

Key specifications

• Tip type: Torx T25
• Shaft length: 100 mm
• Shank diameter: 6 mm
• Series: M3
• Intended use: medium-duty driving and removal of Torx fasteners

How to use

Select the screwdriver by matching the T25 tip to the fastener head. Insert the tip fully into the screw recess and apply steady axial pressure while turning the handle to drive or remove the screw. For best results, keep the tip aligned with the screw axis to avoid slipping; when working in confined spaces, use the 100 mm shaft to reach recessed fasteners while maintaining control.

Usage recommendations

Inspect the Torx tip for wear before use and replace the screwdriver if the tip is rounded or damaged. Use appropriate hand force and avoid applying excessive torque beyond the tool's intended medium-duty range. When working on sensitive electronic components, consider using an ESD-safe workplace and avoid contact between the metal shaft and live circuits.