Crank Disassembly Removing Tool - JIMS USA

The JIMS USA 1047-TP Crank Disassembly Removing Tool is a professional-grade instrument engineered for the precise and safe extraction of crankshafts from engine cases. This specialized tool is indispensable for technicians undertaking critical engine rebuilds, maintenance, and overhauls, streamlining the disassembly process while protecting delicate internal components from damage.

Key Features

• Controlled Crankshaft Extraction: Designed to facilitate the efficient and controlled separation of crankshafts from their engine casings, specifically for removing the flywheel from the left case. It can also press cases apart and break the sealant bond.
• Component Protection: Minimizes the risk of harm to engine components, bearings, and crankcases during the disassembly procedure.
• Durable, Professional-Grade Construction: Manufactured in the U.S.A. from high-strength materials for exceptional durability and long-term reliability in demanding workshop environments.
• Enhanced Workflow Efficiency: Reduces labor time and increases operational efficiency by providing a reliable method for crankshaft extraction.
• User-Friendly Design: Engineered for straightforward operation, ensuring technicians can perform tasks accurately and confidently.

Applications

The JIMS USA 1047-TP tool is an essential asset for a variety of professional settings, particularly for servicing Harley-Davidson Big Twin models from 1955 to 2006 (except 2006 Dyna).

• Automotive Service Centers: Ideal for engine rebuilds, major maintenance, and crankshaft service on various vehicles requiring precise crank disassembly.
• Motorcycle Repair Shops: Crucial for servicing motorcycle engines, especially Harley-Davidson Big Twins, that require crankshaft removal and installation.
• Industrial Maintenance: Applicable in industrial environments where internal combustion engines undergo routine servicing or complete overhauls.
• Engine Rebuilding Specialists: Provides a controlled and reliable method for disassembling complex engine configurations.