This discovery discloses a double-head fiber laser cutting machine, including: a base, a laser invariable plate is arranged in the center of the base, a support column is arranged on the laser invariable plate, and the support column adopts a cylindrical layout. A square tube is arranged above the support column, and the upper end of the square tube has a continuous clamping piece. The upper end of the clamping piece is divided into a fixed first moon slice A and a fixed first moon slice B, and the upper end of the unchanged first moon slice B remains unchanged. Equipped with a laser body and a laser generator inside the laser body, a double-headed fiber laser cutting machine with compact layout was found, which can complete the simultaneous loading of two workpieces on the flow line, which is convenient for cutting.
A visual positioning fixture for fiber laser cutting machine, which includes a placement support, an upper pressing block and a lower pressing block. , The central position of the upper placement part is recessed inward to create an upper cavity that matches the upper part of the video head; the lower part of the front of the placement support protrudes to create the lower placement part, and the central position of the lower placement part is recessed inward Create a lower cavity that fits the lower part of the video head; the upper and lower pressure blocks respond to positioning and cover the opening teeth of the upper and lower cavities; the new layout plan for this application is wonderful and reasonable, and the upper and lower pressure blocks respond Positioning the upper and lower parts of the video head unchanged on the upper and lower cavities can effectively change the video head, and the layout is solid, so that the video head does not wobble, thereby eliminating the visual positioning error, and effectively improving the fiber laser The cutting precision of the cutting machine guarantees the quality of the product; the other overall layout is simple and easy to complete, which is conducive to broad implementation.