NEO tools 10-506 mekaanikon työkalusarja 1 kpl

The Mechanics tool set NEO tools 10-506 1 pc is a brake cylinder tool kit designed to assist with removal of seized or tightly seated pistons, particularly on motorcycles. The set includes an inertia hammer and a range of adapters that fit brake pistons with diameters from 19 to 30 mm. Constructed for repeated use, the kit is compact for storage and intended for professional workshops as well as home mechanics and motorcycle enthusiasts.

Advantages

The inertia hammer mechanism delivers controlled impact force to dislodge baked-in pistons without requiring excessive manual effort. A set of 12 interchangeable adapters covers a broad range of piston sizes, reducing the need for additional tools. Components are made to withstand workshop conditions and frequent use, and the compact case keeps parts organized and protected during transport and storage.

Suitable for

• Removing stuck or seized brake pistons on motorcycles
• Brake cylinder service and piston replacement
• Professional motorcycle and automotive workshops
• DIY maintenance by home mechanics and moto enthusiasts

Key specifications

• Tool type: Brake cylinder piston removal kit with inertia hammer
• Adapter range: 12 adapters covering piston diameters from 19 mm to 30 mm
• Included components: Inertia hammer plus adapters
• Application: Designed for use on motorcycle brake cylinders and similar pistons
• Storage: Compact case for organized storage and transport

How to use

Select the adapter that matches the piston diameter, fit it to the inertia hammer, and position the adapter squarely against the piston face. Hold the tool assembly aligned with the piston axis and apply a series of controlled impacts using the inertia hammer to loosen the piston. After the piston begins to move, remove slowly and inspect for damage or contamination. Clean the cylinder bore and replace seals or components as required before reassembly.

Recommendations

Use appropriate personal protective equipment such as safety glasses and gloves. Ensure the wheel or brake assembly is secured and the hydraulic system is depressurized before starting work. If excessive resistance is felt or the piston does not move after several controlled impacts, stop and inspect to avoid damaging the brake cylinder; consult a professional service if necessary.