Abstract: A method for laser processing a packaging box is provided, which includes feeding a paper material printed with a pattern on the front side thereof to a cutting machine by back feeding using an automatic paper feeder; performing edge finding on the rear side of the paper material, and forming indentations on the rear side of the paper material corresponding to where the pattern is on the front side; conveying the paper material to a laser cutting machine to perform registration marking on the rear side of the paper material before laser cutting; and finally performing laser cutting based on the registration markings to obtain a packaging box with the pattern printed on the front side and the indentations formed on the rear side.

Abstract: A method for laser processing a packaging box is provided, which includes feeding a paper material printed with a pattern on the front side thereof to a cutting machine by back feeding using an automatic paper feeder; performing edge finding on the rear side of the paper material, and forming indentations on the rear side of the paper material corresponding to where the pattern is on the front side; conveying the paper material to a laser cutting machine to perform registration marking on the rear side of the paper material before laser cutting; and finally performing laser cutting based on the registration markings to obtain a packaging box with the pattern printed on the front side and the indentations formed on the rear side.

Abstract: A laser integrated switching device for mounting on a laser cutting machine is disclosed, wherein it comprises a laser tube, a X/Y deflection laser outputting module, a triaxial deflection laser outputting module, a first optical path, a second optical path, and an optical path switcher; wherein the first optical path is disposed with both ends thereof connecting to the laser tube and the X/Y deflection laser outputting module, the second optical path is disposed with both ends thereof connecting to the laser tube and the triaxial deflection laser outputting module, and the optical path switcher is disposed between the first and second optical paths, thereby before the optical path switcher switches the laser beams to the first optical path or the second optical path, the laser tube alternately outputs laser beams to the X/Y deflection laser outputting module or the triaxial deflection laser outputting module.

Abstract: A laser cutting plotter comprises a machine body. The machine body is provided with a first track for being connected with a slidable table. The slidable table is connected with a driving device for moving the slidable table, so that the slidable table is horizontally movable along one axis relative to the machine body. A second track has two ends connected to the machine body and is located above the first track. Besides, the second track is perpendicular to the first track. Moreover, the second track is connected with a mirror seat that is horizontally movable along the second track. Thereby, the mirror seat is movable on one horizontal plane by means of a controller and is provided with a laser tube used to emit laser beams downwards from the mirror seat for cutting objects.