Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity with stainless steel jaws and blue case.
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit detailed view showing movable handle, alloy steel jaws, and pump body.
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity, diagram with dimensions and configurations.
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity oil return switch for stable pressurization
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity used in various mechanical applications.
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity with tools and parts laid out.
Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity, showing thickened thimble design detail.

Heavy Duty Three Jaw Hydraulic Bearing Puller Kit For Yanking Stuck Wheel Bearings And Steering Components Rated At Fifteen Ton Capacity Smooth Extraction Without Breaking A Sweat Badass Shop Essential For Pro Mechanics And Weekend Grease Monkeys

$881.95 $1,792.00you save $910.05
SKU: VXB0H6BS5CCK
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15 Ton Hydraulic Bearing Extractor Kit For Steering Removal
✔️ 15 ton rated hydraulic puller offers reliable extraction for shop use

This single pack bearing separation kit pumps through seized steering components and drive train parts fast using rugged carbon steel body construction.

✅ Maximum lifting force scales up to twenty tons across multiple configurations
✅ Two inch (fifty millimeter) stroke delivers steady advancement for deep seated hubs
✅ Adjustably spaced three prong configuration grips uneven collar profiles securely
✅ Internal relief mechanism protects cylinder integrity during prolonged mechanical labor

💡 What factors determine proper load distribution when removing pressed fit bearings and shaft collars safely?

A handy hydraulic tool setup keeps pulling force centered while protecting mating surfaces.

  • Hydraulic ram displacement matches component mass for controlled withdrawal speeds
  • Forged steel bidirectional frame distributes tension evenly across high tensile jaws
  • Carbide tipped gripping tips maintain bite consistency under extreme rusted conditions
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