Pulley puller Proline 46867 — removable pulley tool, single-piece pack

Proline 46867 is a single-piece pulley puller designed for controlled removal of pulleys, gears and other press-fit parts. Supplied as one unit, this mechanical tool enables disassembly tasks in automotive and light workshop environments while minimising risk of damage to shafts, housings and surrounding components. The design focuses on straightforward operation and reliable force transmission to extract mounted parts without the need for improvised tools.

Advantages

The Proline pulley puller delivers steady, centred pulling force and reduces the chance of bending or marring shafts. Being a single-piece tool, it is simple to set up and use with minimal adjustment. Its compact construction makes it suitable for confined spaces, and the mechanical action provides controlled extraction compared with prying or hammering. The tool is portable and can be stored with basic workshop equipment for on-demand use.

Suitable for

• Removing automotive pulleys and fan hubs
• Dismantling small gears and sprockets
• Extracting press-fit bearings from housings
• Light maintenance and repair tasks in garages and workshops

Key specifications

• Type: mechanical pulley puller, single-piece configuration
• Application: removal of pulleys, gears and press-fit components
• Pack format: single unit (1 pc)
• Intended use environment: automotive and light workshop
• Operation: manual force transmission for controlled extraction

How to use

Position the puller centrally over the component to be removed, ensuring the gripping points or contact surfaces sit securely against the pulley or press-fit part. Apply steady, even force according to the tool’s mechanical design until the component slides free from the shaft or housing. If necessary, support the surrounding assembly to prevent unwanted movement. Use appropriate personal protective equipment and work at moderate speed to maintain control during extraction.

Usage recommendations

Before using, inspect the puller for visible damage and ensure contact surfaces are clean. Where applicable, apply light penetrating lubricant to the interface between the part and shaft to ease removal. Avoid excessive side-loads that could bend shafts; if resistance is high, reassess fitment and consider incremental forcing or professional assistance.