Two-arm bearing puller NEO tools 3" (11-850) — 3-inch two-jaw bearing remover

Two-arm bearing puller NEO tools 3" (11-850) — 3-inch two-jaw bearing remover is a mechanical extractor designed to remove bearings, gears and pulleys by applying axial force through a central forcing screw. The puller features adjustable two-jaw arms with a 3-inch reach that allow controlled, concentric extraction of press-fitted components in workshop maintenance, automotive repair and light industrial servicing. Durable steel construction provides reliable grip and repeatable operation while the threaded central screw converts manual torque into steady pulling force.

Advantages

The two-jaw design ensures even distribution of pulling force on the workpiece, reducing the risk of damage during removal. Its adjustable arms accommodate different diameters within the 3-inch reach, enabling flexible use on bearings, gears, pulleys and similar parts. Robust materials and a machined forcing screw increase durability and make the tool suitable for repeated use in routine maintenance tasks. The simple mechanical principle and straightforward assembly support quick setup and accurate alignment.

Suitable for

• Removing small- to medium-sized bearings from shafts and housings
• Extracting gears and pulleys in automotive and motorcycle maintenance
• Separating press-fitted components during machine servicing and workshop repairs
• Use in hobbyist and light industrial repair tasks requiring controlled axial pulling

Key specifications

• Type: two-arm (two-jaw) mechanical bearing puller
• Maximum reach: 3 inches (approximately 76 mm)
• Arm configuration: adjustable two-jaw arms for internal or external gripping depending on setup
• Drive: central threaded forcing screw for manual torque application
• Material: hardened steel components for arms and forcing screw
• Typical applications: bearings, gears, pulleys, press-fitted parts

How to use

Position the puller so the jaws securely engage the back or lip of the component to be removed, adjusting the arms to center the tool on the shaft or housing. Ensure the forcing screw bears against the end of the shaft or the designated contact point. Turn the central screw clockwise with a suitable wrench to apply steady axial force until the part releases. Reverse the screw to retract the puller jaws when removal is complete. Inspect the removed component and the shaft for damage and clean contact surfaces as needed.

Usage recommendations

Wear appropriate personal protective equipment and apply steady, controlled torque—avoid sudden impact or excessive force. If a component is stuck, apply penetrating lubricant and allow time to work before applying additional force. Use the puller within its reach and capacity limits and combine with heat or proper supports only when safe and necessary to prevent damage to surrounding parts.