3-arm puller with self-centering puller legs - Kukko Quality Tools Inc

The Kukko 225-2-G 3-arm puller with self-centering puller legs is a professional-grade tool engineered for the efficient and damage-free extraction of bearings, gears, and discs from shafts. Designed for demanding automotive and industrial applications, this puller combines robust construction with intuitive features to ensure precise and secure component removal.

Key Features

• Self-Centering Puller Legs: The specially shaped puller legs are spring-connected, ensuring automatic self-tensioning and preventing any slipping during the pulling process, providing a secure grip on the component.
• Integrated Sliding Hammer: Facilitates space-saving and material-friendly extraction by delivering controlled, impactful force for stubborn components.
• Quick-Release Fastener: Allows for rapid attachment of the puller legs to the component, streamlining workflow and reducing setup time.
• Robust 3-Arm Design: Guarantees an even load distribution, maximizing stability and ensuring a particularly secure hold on the part to be extracted.
• Quick Jaw Exchange: Steckbolts (plug-in bolts) enable fast and easy interchangeability of the puller legs, adapting the tool to various component sizes and applications.
• Professional-Grade Construction: Manufactured by Kukko Quality Tools Inc., the puller legs are made from special forged steel for exceptional durability and longevity, capable of withstanding rigorous workshop use.

Applications

This versatile 3-arm puller is an indispensable tool for professional technicians and mechanics. It is ideal for removing tight-fitting components such as bearings, gears, and discs from shafts in both automotive and industrial environments. Specific uses include the extraction of wheel hubs, final drive bearings in vehicles like BMW, and dust caps on rear axles of commercial vehicles such as the Crafter. Its design allows for the safe removal of any component that is mounted on a shaft and is freely accessible from the outside.