The application discloses a
laser slotting
machine for
silicon steel sheets, and relates to the field of
silicon steel slotting, comprising a base, an X-Y-Z
movement system mounted on the base, a visual camera and a
laser cutting head, an adjustable grid for placing
silicon steel sheets is mounted on the base, and the X-Y-Z
movement system is used to drive the visual camera and the
laser cutting head to move above the adjustable grid. The non-contact and continuous laser slotting method is used to replace the mechanical and contact traditional slotting method, so that the time for the mechanical slotting mechanism to ascend and descend is greatly reduced, and the time for frequently replacing the mold and the cost of
purchasing the mold are reduced. Meanwhile, the laser slotting has the advantages of high precision, fast operation speed, wide coverage and the like, and the efficiency is obviously improved compared with the existing mode. In addition, the laser slotting
machine is steplessly adjustable for the slot width, and can
cut any width after the program is set.