Wera screwdriver Micro PH1 80 mm ESD precision Phillips PH1, 80 mm shaft, ESD-safe

Wera Micro PH1 80 mm ESD precision Phillips screwdriver is a specialist hand tool designed for accurate work on Phillips PH1 fasteners. The tool features an 80 mm shaft length and ESD-safe construction to reduce the risk of electrostatic discharge when working with sensitive electronic components. Intended for repair, assembly and maintenance tasks where controlled torque and precise tip engagement are required.

Advantages

The screwdriver combines a precision-machined Phillips PH1 tip with an 80 mm shaft for improved access to recessed fasteners. Its ESD-safe materials and grounding properties help protect electronic assemblies from static-related damage. The compact Micro design supports controlled torque application and accurate positioning, reducing cam-out and wear on small fasteners.

Suitable for

• Electronics repair and PCB component work
• Small appliance maintenance and assembly
• Precision mechanical assemblies and instrument servicing
• Hobbyist and model-making screwdriving tasks

Key specifications

• Tip type: Phillips PH1
• Shaft length: 80 mm
• Design: Micro precision screwdriver
• ESD protection: ESD-safe construction for reduced electrostatic discharge risk
• Intended use: Hand-operated precision screwdriving

How to use

Select the Wera Micro PH1 screwdriver for screws specified as Phillips PH1. Position the tip into the screw recess ensuring full contact before applying torque. Use steady, controlled pressure to drive or remove screws; the 80 mm shaft provides reach into narrow or recessed areas while the precision tip maintains engagement. When working on electronic components, follow standard ESD handling procedures and ensure the tool is used in an appropriate ESD-protected environment.

Usage recommendations

Store the screwdriver in a clean, dry place and use it only on compatible PH1 fasteners. For electronic assembly and repair, pair the ESD-safe screwdriver with grounding measures such as wrist straps or ESD mats to further minimize static risk.