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Hydraulic log splitter cycle time is mainly determined by pump flow, hydraulic cylinder dimensions, stroke length, valve operation, available power, and the resistance encountered during splitting. A powerful splitter does not automatically have a fast cycle. In fact, increasing cylinder size to create more splitting force can make the machine slower if pump flow does not increase at the same time.
Hydraulic pressure drives log splitting force by pushing hydraulic oil against a piston inside the cylinder. The pressure acts across the piston area and creates linear force, which moves the ram or wedge into the log. In simple terms, higher hydraulic pressure or a larger cylinder bore can produce greater splitting force.
