Modular bearing maintenance tool — built to speed up removal and protect parts Key benefits Speeds bearing removal and repair by combining steps into one modular tool system. Reduces part damage with reinforced, even-grip hooks and anti-slip design. Lowers operator effort through hammer-assisted continuous impact that delivers steady pulling force. Versatile and compact: handles inner and outer rings across a wide range of bearing sizes without unnecessary complexity. What it does (core functions) Modular tool system: Modules snap together for specific tasks so you can perform precise inner- and outer-ring operations and coordinate multiple tools as needed. Adjustable three-jaw design: Flexible jaw spacing adapts to different bearing diameters and configurations, enabling reliable clamping and removal for a variety of applications. Optimized hammer impact: A dedicated hammer-strike mechanism transfers shock energy continuously and efficiently to pull bearings free faster and with less manual force. Damage reduction: Reinforced gripping hooks distribute pressure evenly across bearing elements and the anti-slip construction prevents slippage and part scarring during disassembly. Compatibility and performance Designed for use on both inner and outer bearing rings and compatible with a broad range of bearing sizes thanks to the adjustable three-jaw arrangement. Delivers steady, repeatable pulling force using controlled hammer strikes for efficient extraction without sudden shocks to surrounding components. Reinforced components ensure dependable performance during repeated workshop or field use. Typical applications Automotive repair: Quick, controlled removal of wheel and hub bearings during suspension or brake service. Electric motors and pumps: Safe extraction of bearings from motor shafts and housings during servicing or replacement. Industrial maintenance: Routine bearing changeouts on conveyors, gearboxes, and machine spindles where part protection and speed are critical. How to use (overview) Assemble the required modules for inner- or outer-ring removal. Position the three-jaw clamps and set jaw spacing to match the bearing. Seat the reinforced hooks and confirm anti-slip engagement. Apply controlled hammer strikes to the impact sleeve to produce continuous pulling force until the bearing is removed. Why choose this tool Simplifies multi-step bearing jobs with a modular approach. Protects bearings and components with even gripping force and anti-slip design. Works across many bearing sizes and jobs without adding complexity or unnecessary tool sets.