Feature
●UNIVERSAL REMOVAL TOOLS: This 3 jaw puller set by Orion Motor Tech fits your wrench or ratchet to work as a gear puller, bearing puller, crank pulley puller, flywheel puller and more, letting you easily handle worn or broken parts
●BETTER TOGETHER: Our bearing puller set includes four puller sizes, offering maximum spreads of 3", 4", 6", and 8" and reaches of 4.3", 5", 7.3", and 9.2" to cover most applications
●3 JAW DESIGN: These power steering pulley pullers bite tightly onto your components with their reinforced jaws and distribute even pulling force to remove parts without causing damage
●REVERSIBLE JAWS: Each pulley removal tool can be reversed to pull parts from either the inside or outside, with the 6" and 8" gear puller provide 4 configurations for a sure grip thanks to their dual fixing holes
●TOOLS FOR MECHANICS: Drop-forged and heat-treated carbon steel builds with corrosion proof coatings ensure these pullers last for resilient service with unrivaled strength and durability
[gold 3 4 6 ]
[gold 3 4 6 8 ]
[silver 3 4 6 8 ]
[silver 3 4 6 ]
Description
4-Position Pullers
Each reversible jaw of the 6″ & 8″ pullers features dual fixing holes to set it in 4 configurations of short, standard, long, & extra-long reaches, allowing perfect grip wherever needed.
3-Jaw Design
Boasting reinforced jaw ends, these gear removers bite tightly onto your components and distribute even pulling force for easy and harmless removal.
Reliable Joints
Six high-strength bolts work with the steel plates to build a strong connection between the forcing rod and jaws for safe and stable operation.
Durable Steel Construction
Made of drop-forged and heat-treated carbon steel, our galvanized jaws and blackened rods ensure exceptional strength, durability, and corrosion resistance for long-lasting resilient service.
Threaded Forcing Rods
Thanks to the black oxide coating and fine threading, our sturdy steel center forcing screws maximize the torque to boost your removal efficiency while resisting corrosion, abrasion, nicking, and bending.