This application relates to a
lithium-
ion battery-powered
rack and pinion wood splitter, belonging to the field of
wood processing machinery technology. The wood splitter includes a frame, a fixed cutter head, a slide rail, a movable base, a power drive
assembly including a motor, and a transmission mechanism. The fixed cutter head and slide rail are mounted on the frame, and the movable base is slidably mounted on the slide rail. The transmission mechanism includes a gear driven by the motor and a rack meshing with the gear; the output end of the rack is hinged to the movable base via a hinge shaft. Furthermore, it is equipped with a rack limit guide wheel that rolls against the
smooth surface of the rack, a
stroke control
assembly for power-off linkage, and a
lithium-
ion battery pack. This invention utilizes the hinge structure to release the lateral load stress generated during
wood splitting, combined with the guide wheel's forced constraint to prevent tooth skipping, and uses mechanical triggering to achieve power-off at the limit
stroke, effectively improving the stability of the heavy-duty
transmission system and the safety of equipment operation. Moreover, the overall structure is compact, free from cable constraints, and convenient for outdoor mobile operation.