Bearing puller 3‑arm 150 mm GEKO G02232

Bearing puller 3‑arm 150 mm GEKO G02232 is a three‑arm extraction tool designed for removing bearings, gears and pulleys from shafts with controlled force. The puller has an adjustable three‑arm configuration and a central forcing screw, allowing even distribution of pulling pressure and stable engagement on circular parts. Its 150 mm arm reach makes it suitable for medium‑sized components in automotive and workshop environments.

Advantages

The three‑arm design provides balanced grip around the circumference of a component, reducing the risk of slippage and damage. The central forcing screw delivers steady, controllable extraction force and is compatible with standard tool sockets or wrenches. Adjustable arms accommodate different diameters and depths, enabling flexible use on bearings, gears and pulleys. The simple mechanical construction offers reliable operation and easy maintenance.

Suitable for

• Removing press‑fit bearings from shafts
• Extracting gears and toothed components
• Pulling pulleys and flywheels in automotive repair
• General workshop maintenance and machinery servicing

Key specifications

• Arm configuration: three adjustable arms for even gripping
• Maximum reach: 150 mm arm length to the gripping point
• Operation: central forcing screw for axial extraction
• Material characteristics: hardened steel components for durability (body and screw)
• Adjustment: sliding arms with clamping points to fit various diameters

How to use

Select the appropriate arm spacing and position the three arms evenly behind the component to be removed. Tighten the arm clamps so the claws engage securely, ensuring the gripping points are evenly distributed around the part. Place the forcing screw against the shaft or center point, then turn the screw using a compatible wrench or socket to apply steady axial force until the component releases. After extraction, loosen the arm clamps and retract the arms for storage.

Usage recommendations

For safe and effective extraction, inspect the tool and component surfaces for damage before use. Apply steady, controlled torque to the forcing screw and avoid sudden impacts. Use appropriate personal protective equipment such as safety glasses and gloves. If the component is seized, apply penetrating lubricant and allow time to work before attempting removal; when higher extraction forces are needed, consider using heating methods on the housing only if appropriate for the parts involved.