Two‑piece bearing puller högert technik HT8G945

Two‑piece bearing puller högert technik HT8G945 is a mechanical extraction tool designed to remove bearings, gears and pulleys from shafts with controlled axial force. The tool uses two opposing arms and a central forcing screw to apply even pressure during disassembly. Its compact, reusable construction suits workshop and maintenance environments where precise, non-destructive removal of press‑fit components is required.

Advantages

The two‑piece design allows symmetrical gripping of components for even load distribution and reduced risk of part damage. A central forcing screw provides controlled axial force, improving safety and repeatability compared with improvised extraction methods. Durable materials and a compact form factor make the puller suitable for confined spaces and repeated use in professional and hobbyist settings.

Suitable for

• Removing bearings from shafts in automotive and machinery repair
• Extracting gears and pulleys during equipment maintenance
• Workshop disassembly tasks where controlled axial extraction is required
• Routine servicing and refurbishment of rotating assemblies

Key specifications

• Two opposing arms for symmetrical grip
• Central forcing screw for axial extraction
• Compact, reusable mechanical construction suitable for confined spaces
• Suitable for manual operation with standard wrenches or handles

How to use

Position the arms so they securely engage the inner or outer edge of the component to be removed, depending on the component geometry. Center the forcing screw on the shaft and turn it steadily with an appropriate wrench or handle to apply axial force. Maintain alignment of the puller and avoid side loads; proceed until the bearing, gear or pulley dislodges. Inspect both the removed component and the shaft for damage after extraction.

Usage recommendations

Use appropriate personal protective equipment and select the correct arm engagement (inner or outer) for the component type. Apply steady, even torque to the forcing screw and avoid sudden impacts. If resistance is excessive, verify correct alignment and consider light heat or penetrating lubricant on the housing where applicable to ease removal.