Feature

●【3 JAW PULLER CONVERTS TO 2 JAW PULLER】By simply reconfiguring the jaws, this pulley puller can also be transformed into a two-jaw puller. This conversion expands its usability, as it becomes suitable for extracting components in confined spaces or instances where a two-jaw approach is more appropriate. This adaptability enhances the tools versatility and makes it a valuable addition to any toolkit.
●【RATIONAL DESIGN】The key feature of this jaw puller is its three jaws, which are capable of evenly distributing the pulling force around the target object. The jaws can be adjusted to fit different sizes and shapes, allowing for efficient removal without causing damage or distortion.
●【REVERSIBLE JAWS】By simply flipping the gear pullers arms and repositioning them, you can switch between internal and external pulling operations effortlessly. The jaws allows for easy gripping and access to tight spaces. This feature eliminates the need for multiple tools and saves valuable time and effort.
●【BUILT TO LAST】All parts are made with premium carbon steel for maximum strength.the center screw is coated with black oxide, which has excellent corrosion resistance and long service life.
●【MULTIPLE APPLICATIONS】With its versatility, durability, and convenience, this bearing puller is a reliable and indispensable tool for any professional mechanic, engineer, or DIY enthusiast. It streamlines the extraction process, making your work more efficient and ensuring successful outcomes in various applications.


Description

3-Jaw Gear Puller with Reversible Jaws, a versatile and essential tool for various mechanical tasks such as removing pulleys, gears, bearings, and flywheels. This tool is designed to provide a reliable grip and facilitate the disassembly of tightly fitted components in automotive, industrial, and DIY applications.
Using the gear puller is straightforward. The jaws are positioned around the target component, and as the central screw or bolt is tightened, the jaws grip the object firmly. Gradually increasing the tension on the screw allows for the gradual removal of the component. The force applied by the tool reduces the effort required and prevents damage to the component or surrounding parts.