Wera pin spanner with ball head, pin size 2 mm, nickel-plated

The Wera pin spanner with ball head and 2 mm pin size is a compact hand tool designed to engage pins, holes, retaining rings and coupling parts in tight or recessed locations. Its nickel-plated finish provides enhanced corrosion resistance and a smooth surface for regular workshop and maintenance use. The ball head allows easier alignment with mating holes and reduces the risk of slippage during precision assembly and repair tasks.

Advantages

This Wera pin spanner combines a small 2 mm pin diameter with a ball head geometry for improved entry into blind or misaligned pinholes. The nickel-plated surface increases durability by resisting rust and wear while keeping the tool easy to clean. The design offers controlled contact with pins and fittings, supporting accurate torque application and stable engagement in delicate assemblies.

Suitable for

• Precision assembly and maintenance of small mechanical components
• Electronics housings and connectors with recessed pins or retaining rings
• Workshop fitting and adjustment of coupling parts and fixtures
• Repair tasks where compact pin spanners are required to access confined spaces

Key specifications

• Pin diameter: 2 mm
• Head type: ball head for easier alignment
• Finish: nickel-plated for corrosion resistance
• Application area: pins, retaining rings, coupling parts and similar fittings
• Form factor: compact hand tool suitable for confined spaces

How to use

Select the pin spanner when you need to engage 2 mm pins or small retaining features. Position the ball head so the pin seats into the hole or recess, then apply steady rotational movement to turn or hold the component as required. Use moderate force to avoid deforming small pins or delicate housings; the ball head helps center the tool and reduces the need for precise angular alignment before engagement.

Usage recommendations

For best results, keep the nickel-plated surface clean and dry after use to preserve corrosion resistance. When working on sensitive assemblies, support the surrounding parts to prevent twisting forces from transferring to fragile components. If higher torque or leverage is required, use an appropriately sized pin spanner or additional support tools rather than forcing this compact tool beyond its intended application.