Bearing puller 2‑arm 85×100 mm NEO tools N11-865

NEO tools Bearing puller 2‑arm 85×100 mm (model N11-865) is a compact two‑arm extractor designed for controlled removal of bearings, gears and pulleys in automotive and light industrial maintenance. The tool's two‑arm configuration allows secure engagement with inner or outer bearing rings while the adjustable span of 85–100 mm adapts to a range of component sizes. Built for workshop use, this puller provides a stable, centered extraction force that reduces the risk of damage to shafts and housings during disassembly.

Advantages

The two‑arm design delivers balanced pulling force and precise alignment for safe removal of press‑fit parts. Its adjustable arm span covers common bearing and pulley dimensions, reducing the need for multiple pullers. The compact construction allows access in confined spaces and the strong cross screw provides consistent axial force for controlled extraction. The tool is appropriate for repeated workshop use and routine maintenance tasks.

Suitable for

• Removing roller and ball bearings with inner or outer rings
• Extracting small gears and pulleys from shafts
• Automotive repair and component overhaul
• Light industrial maintenance and machine servicing

Key specifications

• Two‑arm puller configuration for balanced extraction
• Adjustable arm span: 85–100 mm
• Compact body suitable for confined working areas
• Central forcing screw for axial pulling force
• Material: heat‑treated steel components for strength (manufacturer typical choice)

How to use

Position the puller so the arms securely engage either the inner or outer ring of the bearing, gear or pulley. Adjust the arm span to fit the component and center the forcing screw on the shaft end. Turn the central screw clockwise with an appropriate wrench to apply steady axial force until the part is released. Reverse the screw to retract the arms after removal. Ensure the tool remains aligned to avoid bending the shaft or slipping off the workpiece.

Usage recommendations

Before use, inspect the puller for any signs of wear or damage and ensure the forcing screw threads are clean and lightly lubricated. Use steady, controlled force rather than sudden jerks. For rusted or tightly fitted parts, apply penetrating lubricant and allow time to work before pulling. Wear eye protection and follow workshop safety practices to prevent injury or component damage.