Crankshaft Bearing Tool - JIMS USA

Specifications

The JIMS USA 1672 Crankshaft Bearing Tool is specifically engineered for Harley-Davidson® Twin Cam engines. This specialized tool facilitates the removal and installation of the right crankcase bearing. Designed for precision, it ensures the bearing is pressed and removed without damaging the engine case. The tool is proudly manufactured in the U.S.A..

Key Features

• Precision Piloted Design: Engineered to accurately guide the bearing during removal and installation, preventing misalignment and potential damage to both the bearing and the crankcase.
• Non-Marring Material: Constructed from Delrin® (or similar high-quality, non-marring material), which protects the delicate crankcase surfaces during operation.
• Optimized for Twin Cam Engines: Specifically designed for use on 2003-present Twin Cam "A" engines for both pinion and sprocket side main case bearings, and on 2003-present Twin Cam "B" engines for the sprocket side main case bearing.
• Durable Construction: Built to withstand repeated use in professional and home garage environments, offering longevity and reliability for engine maintenance tasks.

Applications

This JIMS USA Crankshaft Bearing Tool is essential for mechanics and enthusiasts performing engine rebuilds or maintenance on Harley-Davidson® Twin Cam motorcycles. It is primarily used for:

• Removing the right crankcase bearing from the engine case.
• Installing new right crankcase bearings precisely into the engine case.
• Servicing various Harley-Davidson® Twin Cam models from 2003 to 2017, including specific applications for "A" and "B" motors.

Benefits

• Prevents Component Damage: The piloted design and use of non-marring materials significantly reduce the risk of damaging costly crankcase components or bearings during service procedures.
• Streamlined Maintenance: Facilitates quicker and more efficient removal and installation of crankshaft bearings, saving valuable time during engine repair.
• Ensures Correct Installation: Guarantees that bearings are pressed in straight and to the correct depth, crucial for optimal engine performance and longevity.
• Professional Results: Enables users to achieve factory-level precision when working on critical engine components, fostering confidence in the repair work.