This utility model relates to the field of slitting
machine technology, and in particular to a slitting
machine winding and pressing mechanism. A movable base driven by a linear module moves the tracking roller and multiple pressure roller modules laterally as a whole, achieving automatic tracking and synchronous compensation for the increase in roll
diameter during winding. Multiple pressure roller modules are independently slidably mounted on a connecting rod, allowing for
lateral positioning adjustment based on the actual position of the multiple
electrode sheets after slitting. This ensures that each pressure roller module precisely corresponds to and presses down on its own
electrode sheet. Combined with a precisely controllable pressure regulating cylinder driving the individual action of each pressure roller, this mechanism can implement independent, stable, and flexible pressing on each
electrode sheet, effectively avoiding defects such as misalignment and looseness caused by mutual interference and uneven pressure between electrode sheets during winding. Ultimately, it significantly improves the neatness, tightness, and overall quality of synchronous winding of multiple electrode sheets, reducing material waste.