This utility model relates to the field of automotive lighting
processing technology, specifically a non-contact
welding device for automotive lighting. It includes a drive
assembly with a mounting base at the top center. An
electric motor is embedded within the mounting base. This improved non-contact
welding device for automotive lighting, through the cooperation of a main
bevel gear, a secondary
bevel gear, and a lead screw, enables rapid fixation of the U-shaped
operating table after adjustment of the
direction angle during use. This solves the problem of displacement or rotation of automotive lighting during
welding, thus significantly improving welding accuracy. Furthermore, by utilizing the cooperation of the
electric motor, connecting shaft, and U-shaped
operating table, the non-contact welding device allows for rotational adjustment of the automotive lighting
direction angle according to the user's needs, greatly improving the convenience of adjusting the
direction angle and thus meeting the requirements of a non-contact welding device for automotive lighting.