Key benefits — why you need this puller Versatile inner/outer extraction: Works as both an inner- and outer-ring puller thanks to an adjustable, three-claw design that adapts to many installation scenarios and a wide range of bearing sizes. Safer, more secure removal: Fixed-frame construction and reinforced claw hooks reduce slippage and protect adjacent parts during disassembly. Strong, efficient force transfer: Hammer-driven system creates consistent pulling force with quick, repeatable strikes to separate tight components with less effort. Non-destructive precision: Tapered claw tips allow accurate, controlled engagement with inner ring edges for removal in tight spaces without damaging parts. Core features (what it does and how) Inner/outer compatibility: Multi-purpose extractor handles both internal and external rings by repositioning the jaws; the three-claw structure provides balanced engagement for stable extraction. Adjustable jaw spacing: Quickly change jaw spread to fit a broad range of bearing and hub diameters for comprehensive coverage across common sizes. Reinforced grip design: Claws and hook points are strengthened and anchored to a stable frame to minimize deformation and slipping during removal. Hammer-driven operation: Designed to accept hammer strikes on the driving surface so you can apply impact-assisted pulling force for stubborn or rusted parts while keeping repeated strikes controlled and effective. Tapered claw tips: Slim, tapered ends enable entry into confined spaces and precise seating on ring edges for non-destructive removal. Performance and compatibility Broad applicability: Suitable for extracting bearings, bushings, gears, pulleys and similar press-fit components where inner or outer ring removal is required. Stable force distribution: Three-claw geometry spreads load evenly to reduce concentrated stress on the part being removed and on the tool itself. Space-conscious design: The tapered claw profile and compact jaw geometry make the tool practical for tight engine bays and confined mechanical assemblies. Damage reduction: Fixed frame and reinforced hooks preserve surrounding components by preventing slip-offs that would otherwise chip or mar mating surfaces. Typical use scenarios Automotive repair: Removing wheel bearings, hub assemblies, or press-fit seals during routine maintenance or replacement without damaging hubs or ABS tone rings. Small engine and industrial maintenance: Extracting bearings and bushings from motors, pumps, or gearboxes in workshops and production environments where controlled, repeatable removal is required. Field service and tight-space jobs: Accessing and pulling inner rings in compact assemblies (e.g., steering column components, small electric motors) where tapered claw tips and hammer-driven action are necessary. Practical notes for users Select jaw spread to match the ring edge, ensure claws are fully seated before applying impact strikes. Use controlled hammer blows for the driving surface to allow gradual separation while keeping the tool aligned. Verify stable engagement of all three claws to achieve even load distribution and prevent part deformation. What sets this extractor apart Dual-mode inner/outer capability and an adjustable three-claw design provide broad compatibility without changing major components. Reinforced attachment points and fixed frame construction prioritize stability and reduce the risk of slip-related damage. Tapered claws and hammer-driven force delivery combine precision access with strong, efficient pulling performance for professional and home mechanics alike.