The hamburger carton machine aims to provide a hamburger carton machine with high molding quality and low defect rate. The technical solution is to include the body, and the machine body is provided with a molding device. The molding device includes a molding frame and a die, a molding frame. It is composed of four or more guide rods, and a hollow portion is formed in the middle of the guide rod. The die is mounted on the opposite side of the molding frame, and the die is matched with the central control portion of the molding frame, and the die is connected with a reciprocating mechanism, and the molding frame includes A positioning mechanism for improving the molding quality of the molding device, and the positioning mechanism can control the position of the carton when the die is inserted into the molding frame, avoid the offset of the molding position of the carton, and effectively protect the carton, preventing the carton from being guided. The end portion of the rod is pierced and damaged, and the gap between the paper box and the control portion of the molding frame can be avoided, and the three-dimensional paper box forming machine is suitable.
         The induction control mechanism of the paper feeding device of the hamburger carton includes a data disk, a photoelectric sensor switch, a driven shaft, a driven shaft of the product and a synchronous drive of the drive spindle, and the data disk of the product is mounted on the driven shaft, and the photoelectricity of the product The sensing switch corresponds to the data disk setting for recording the rotation angle of the data disk and controlling the driving component to drive the paper output bottom plate.
        The advantage of the paper feeding device of the Hamburg carton machine is that it can be directly equipped with a touch screen or a numerical control control center, and the specified signal data is set by the photoelectric control switch. When the photoelectric induction switch records the data disk to a specified angle, the control driving component drives the paper output bottom plate. In the first position or the second position, paper of various sizes and lengths can be continuously transported, and the structure is simpler and the cam is not required to be replaced, which is more convenient in operation than the prior art.