FIVCLOK 3-Jaw Inner Pilot Bearing Puller — Carbon Steel Gear Extractor for Cars, SUVs, Motorcycles

Meet the FIVCLOK 3-Jaw Inner Pilot Bearing Puller, a purpose-built tool designed to remove bearings with controlled, uniform pressure. The three-jaw design distributes force evenly across the bearing surface, helping prevent slippage and reducing the risk of damage during removal. This approach supports a smoother workflow in busy shops and home garages alike, offering a trustworthy option when working with stubborn components.

Crafted from forged carbon steel and finished with a dedicated heat treatment, the puller delivers high strength, improved toughness, and a longer service life. The internal structure is designed to withstand substantial pulling forces while maintaining a secure grip, even when handling tight fits. A robust claw and balanced geometry contribute to efficient operation, saving time without requiring brute force.

Design and Build for Consistent Performance

• The three-jaw design applies uniform pressure, reducing slip and guarding against bearing damage during extraction.
• Forged carbon steel with heat treatment delivers high strength, improved toughness, and extended durability.
• Sturdy structure enables high torque and a firm grasp; the claw length is 80 mm for effective pulls.

Versatility for a Range of Bearings

Widely used in automotive bearings, motorcycle bearings, and mechanical bearings, this puller is built for straightforward operation and dependable durability in everyday maintenance tasks. It pairs well with a standard shop setup and helps keep components aligned during removal.

• Inner diameter compatibility from 1/2 inch to 2 inches ensures broad bearing fit options.
• Stretching range covers 50 to 95 mm (2.0 to 3.7 inches), accommodating a variety of bearing sizes.
• Positive and negative claw installation methods offer flexible setup based on your workpiece.

Usage Tips and Precautions

Balance the tool during use to avoid undue stress on the hook rod, and avoid using with rusty or seized bearings. Proper installation and gentle, steady pulling help maximize effectiveness while preserving the bearing surface and tool integrity.

Note: Keep awareness of the balance when applying force to prevent imbalances that could affect performance. If the bearing shows significant rust or corrosion, replacement rather than forceful extraction is advised.