Pulling Tool Rockforce RF-PR-01, 140 mm

Rockforce RF-PR-01 is a 140 mm pulling tool designed for controlled mechanical extraction of press-fitted components. The tool is intended for workshop and maintenance use and provides a compact, robust solution for removing bearings, bushings, gears and similar parts where a 140 mm reach is required. Its design focuses on delivering axial pulling force while maintaining alignment to minimise damage to housings and shafts.

Advantages

The pulling tool features a compact 140 mm reach that allows access in confined spaces and around assemblies with limited clearance. Manufactured for mechanical extraction tasks, it offers stable alignment and repeatable performance for workshop and maintenance operations. The tool's construction provides durability for frequent use and simplifies the process of removing press-fitted components without relying on improvised methods.

Suitable for

• Removing bearings from shafts and housings
• Extracting bushings and sleeves
• Pulling gears and pulleys from shafts
• General mechanical maintenance and repair tasks in workshops

Key specifications

• Working reach: 140 mm
• Primary function: mechanical pulling/extraction of press-fitted parts
• Application environment: workshop and maintenance use
• Compatible with: bearings, bushings, gears, pulleys and similar components requiring axial extraction

How to use

Position the pulling tool so the central forcing element aligns with the component to be removed and secure the tool to the receiving surface or shaft as applicable. Tighten the forcing mechanism gradually to apply steady axial force while keeping the tool aligned. Continue applying force until the component is fully extracted, then release the mechanism and remove the tool. Use appropriate secondary supports or fixtures to stabilise surrounding assemblies during extraction.

Usage recommendations

Inspect the component and surrounding parts before use, ensure the tool is correctly aligned and use steady, controlled force. Wear appropriate personal protective equipment and follow workshop safety procedures. Do not exceed the tool’s intended working method; if a component is seized or requires excessive force, consult a specialist to avoid damage.