TIANAOKEJI Internal Bearing Puller – Double-Headed, Slide Hammer, 16-45mm Clamp Range

Overview

Discover the TIANAOKEJI Internal Bearing Puller, a robust tool engineered to simplify bearing removal on motorcycles and cars. Built from alloy steel, this double-headed puller offers two clamp options and a 1.2 ft (300 mm) slide hammer for controlled extractions, helping you tackle stubborn bearings with confidence.

Smart design for efficient work

Two clamp heads deliver versatility for different internal pull tasks. The small head handles openings in the 16–35 mm range, while the large head covers 26–50 mm. Switch, lock, and pull: clamp the inner ring, select the appropriate head, and ease back the hammer weight to initiate a precise extraction. This setup supports internal pulls such as pilot bearings or internal sleeves, expanding its usefulness beyond standard removal jobs.

What’s included

• Expandable collets for secure grip
• Slide hammer shaft with handle
• Slide hammer

Real-life use scenarios

Picture a maintenance task where a bearing refuses to budge in a motorcycle hub or car transmission. The TIANAOKEJI tool provides a balanced entry point, reduces hand strain, and offers a measured, controlled knock to assist removal. The expandable collets help stabilize the workpiece without marring nearby surfaces while the hammer action delivers a steady, guided pull.

Materials and durability

The tool is crafted from alloy steel for dependable strength and long life. The 300 mm slide hammer delivers sufficient leverage for most removals while staying manageable in tight spaces.

Specifications

• Clamp ranges: small 16–35 mm, large 26–50 mm
• Slide hammer length: 300 mm (1.2 ft)
• Material: alloy steel
• Includes: expandable collets, slide hammer shaft with handle, slide hammer

Usage tips

• Switch clamps to fit the bearing size, then lock in place
• Align with the inner ring for a centered pull
• Use a controlled hammer action to minimize surface damage
• Inspect components after removal and store the tools properly

Note: The benefits described reflect the listed features and typical use cases. Real-world results may vary depending on the application and condition of components.