Path optimization method, device and equipment based on laser drilling machining and medium

The invention relates to the technical field of laser drilling machining, in particular to a path optimization method and device based on laser drilling machining, equipment and a medium, and the method comprises the steps that machining serial numbers and circle center coordinates of all drilling objects are obtained based on partitioned CAD images, and a rectangular coordinate system is established; in a rectangular coordinate system, forming a default galvanometer jump path based on the circle center coordinate and the processing sequence number; the machining sequence of all the circle center coordinates is optimized based on a preset algorithm model, and an optimized path of skipping during galvanometer machining is obtained; and comparing the optimized path with a default path length, and updating the path according to a comparison result. The length of a machining path can be greatly shortened, so that the deflection angle of the galvanometer is reduced, the machining time is saved, and the equipment l