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A. It removes gears, bearings, races and sprockets using two adjustable legs and a central forcing screw.
A. Multiple positions allow you to set the jaws at different heights and spreads, adapting the puller to various component sizes.
A. They choose it when access is restricted on one side of the part or when two-leg gripping is sufficient.
A. Drop forging produces strong, durable legs and beams that resist bending under repeated high-load pulling tasks.
A. It is designed for controlled, hand-operated screw force; impact use could overload or damage the screw and jaws.
A. It offers a spread from zero up to about three hundred millimetres and a maximum reach of roughly two hundred fifty millimetres.
A. You can slide the legs to the best position, keeping the screw aligned with the shaft while gripping the component properly.
A. Removing large pulleys, bearings or sprockets from engine, gearbox or industrial shafts are typical uses.
A. Steady pulling avoids shock loads that can crack housings or deform components, giving a more controlled removal.
A. Keeping threads clean, lubricating the screw and storing the tool dry all help maintain performance."
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