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A. It removes gears, bearings and similar components using three self-centering legs for balanced pulling.
A. It is chosen when there is enough clearance and an evenly distributed grip around a circular component is desired.
A. It keeps the screw in line with the shaft, reducing side forces that could slip the puller or damage the part.
A. Three legs share the load between more points, giving extra stability and reducing the chance of one leg slipping off.
A. Larger gears, fan pulleys, bearing housings and sprockets on shafts frequently require a three-leg puller.
A. It lets the operator move all legs together, making adjustment fast and keeping them evenly spaced.
A. Gradual force gives more control, avoiding sudden releases that may damage parts or injure the operator.
A. They should sit fully behind the lip or shoulder of the part, spaced equally and aligned with the pulling axis.
A. Check for bent legs, worn tips or damaged threads that could compromise grip or strength.
A. It fills the gap between smaller two-leg pullers and heavier hydraulic systems for medium-heavy jobs."
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