Bearing and Pin Puller GEKO G30304, removable range 24–55 mm

GEKO G30304 is a mechanical bearing and pin puller designed for safe and controlled removal of bearings, pins and bushings. With an adjustable jaw span from 24 to 55 mm, this compact tool fits a range of press-fit parts commonly found in automotive, industrial and workshop environments. Constructed for durability, the puller provides steady axial extraction while minimising risk of damage to housings and surrounding components.

Advantages

The bearing and pin puller offers a simple mechanical design that enables precise control during extraction operations. Its adjustable jaw span covers a practical size range, reducing the need for multiple dedicated pullers. The compact form factor allows access in confined spaces, and the robust construction is intended to withstand repeated use in maintenance and repair tasks.

Suitable for

• Removal of pressed-in bearings from shafts and housings
• Extraction of pins, dowels and small bushings
• Automotive repair and maintenance tasks
• Industrial maintenance and light fabrication work
• Workshop and hobby mechanical projects

Key specifications

• Adjustable jaw span: 24–55 mm
• Tool type: mechanical bearing and pin puller
• Operation: axial extraction via central forcing screw
• Construction: metal body and jaws designed for repeated use
• Size: compact profile for access in tight spaces

How to use

Position the puller so the jaws engage behind the bearing, pin or bushing to be removed. Adjust the jaw span to fit securely around the component, ensuring even contact on the extraction surface. Turn the central forcing screw to apply steady axial force until the part is freed. Take care to maintain alignment during the pull to avoid lateral stresses that could damage the component or tool. After extraction, inspect the removed part and the surrounding area for wear or damage.

Usage recommendations

Use appropriate personal protective equipment such as safety glasses and gloves. Where possible, support the housing or shaft to prevent unintended movement during extraction. For stuck or corroded parts, apply penetrating lubricant and allow time for penetration before applying force. Do not exceed reasonable force limits; if the component does not release with controlled axial pressure, consult a technician or consider alternative extraction methods.