12-1/2 Ton 3 Jaw Puller 15 Maximum Reach - J.H. Williams

The J.H. Williams 87013 12-1/2 Ton 3 Jaw Puller is engineered for professional technicians requiring robust and versatile equipment for demanding extraction tasks. This heavy-duty puller, with a substantial 12-1/2 ton capacity and 15-inch maximum reach, efficiently handles the removal of a wide array of press-fit components in automotive, heavy equipment, and industrial environments. Its intelligent design prioritizes user safety, operational efficiency, and long-term durability, making it an indispensable tool for challenging maintenance and repair work.

Key Features

• High Capacity & Reach: Delivers a powerful 12-1/2 ton pulling force with a generous 15-inch maximum reach, suitable for a broad spectrum of component sizes.
• Convertible Design: Easily transitions between external and internal pulling configurations, offering dual functionality from a single tool for enhanced versatility.
• Self-Locking Jaws: Engineered with self-locking jaws that securely grip the workpiece, allowing for confident and efficient one-hand operation.
• Forged Durability: Jaws are drop-forged for maximum strength, resistance to wear, and extended service life under rigorous professional use.
• Shock Application Ready: Features curved anvil heads on the pressure screw, designed to withstand hammer blows for "shocking" frozen gears, pulleys, and bearings loose.
• Slide Hammer Compatibility: Integrates seamlessly with J.H. Williams slide hammer sets 87016, 87017, and 87018, requiring only a match of the correct pressure screw size for expanded utility.

Applications

This J.H. Williams 3 Jaw Puller is ideal for extracting stubborn press-fit components such as gears, pulleys, bearings, flywheels, and bushings. It is a critical tool for professional mechanics, industrial maintenance technicians, and heavy equipment operators working on engines, transmissions, axles, and other machinery where reliable and powerful pulling is essential. Its robust construction ensures dependable performance in both automotive service centers and demanding industrial settings.