What is the structure of fully automatic pulp tableware equipment?

Fully automatic pulp tableware equipment includes a variety of equipment, such as disposable tableware box equipment, disposable chopstick equipment, automatic packaging machines and compression equipment, etc. The disposable tableware after production and packaging is suitable for cleaning in public places such as restaurants and hotels. Currently, advanced fully automatic pulp tableware equipment generally uses a cylinder as an actuator to push the molding mold to form disposable tableware. The molding speed is controlled by the pressure of the cylinder air source, so the disadvantage is: it is inconvenient to adjust. , inaccurate, and the molding speed is difficult to control. Molding speed is an important factor in ensuring the molding quality of disposable tableware. The structure of the fully automatic pulp tableware equipment includes: control panel, drawer-type electric control box, casters, shelves, air curtains, control panel, drawer-type electric control box, casters, shelves, air curtain packaging mechanism, heat-resistant partitions, and support columns. This device uses shrink film to wrap the outer layer of disposable tableware, and then heats the packaging material to shrink, wrapping the tableware tightly. The working principle of the fully automatic pulp tableware equipment: The fully automatic pulp tableware equipment realizes the inner and outer bidirectional extrusion molding of the molded parts by setting up an inner extrusion device and an outer extrusion device, and by setting up an outer extrusion device, a pressing mechanism and an outer extrusion device. The composition on both sides realizes all-round extrusion of the molded parts, thereby overcoming the defects of disposable tableware, such as incorrect molding during the molding process, difficulty in controlling the amount of raw materials added during the molding process, and troublesome operation. Molding process and one-time molding. The problem of insufficient strength of tableware. Therefore, some researchers have specially developed a fully automatic pulp tableware equipment that can easily and accurately control the molding speed to achieve higher molding quality. The equipment includes forming molds, movable brackets, fixed brackets, motors and matching screw nuts. The motor is installed on the fixed bracket, the motor output shaft is connected to the screw, and the nut and forming die are fixedly connected to the movable bracket. The screw uses a ball screw, and the motor uses a stepper motor or servo motor. Among them, the fixed bracket consists of a bottom plate, a top plate and a pillar. The bottom plate is fixed on the frame through the guide plate and the base, the servo motor is installed on the top plate, and the output shaft of the servo motor is connected through the ball screw and coupling. The shaft heads at both ends of the ball screw are supported in the bottom plate and top plate through bearings and movable brackets. The movable bracket is composed of a guide pillar, an upper plate and a lower pillar. The upper plate is fixedly connected to the nut, and the lower plate is fixedly connected to the forming mold. The guide posts pass through the bottom plate of the fixed bracket. , which is slidingly connected to the guide sleeve specially provided on the base plate, and at the same time, the mold rod of the molding die passes through the guide sleeve provided on the guide plate. Fully automatic pulp tableware equipment uses motor drive and screw nut drive instead of cylinders to achieve linear motion of the molding die. In order to improve the control accuracy, the screw uses a ball screw and the motor uses a servo motor or stepper motor. The molding speed of the fully automatic pulp tableware equipment can not only be conveniently and accurately adjusted for better control, but also can be better controlled to ensure the molding quality of disposable tableware.

The fully automatic pulp tableware equipment will be equipped with an extension block so that during the extrusion molding process, the material will not flow out from the bottom of the extrusion block, causing material waste. By setting a pressing piece in the loading box, and then setting the pressing piece and the extrusion block to form a time linkage, after the extrusion molding is completed, the material in the loading box can be squeezed into the injection barrel through the discharge port and feed port of the pressing piece during reset, forming a function of automatically replenishing the material in the injection barrel. This structure is simple and reasonable, and has good implementation efficiency. The fully automatic pulp tableware equipment not only has stable performance, but also has a long service life. The packaged tableware can be pollution-proof, sealed, and moisture-proof, achieving the advantages of complete packaging efficiency. The main function of the conveyor belt is to transport the tableware to the conveying device. It drives the conveyor belt 1 and the conveyor belt 2 through the linkage gear 1 and the linkage gear 2, drives the transmission gear 1 and the transmission gear 2 to move, and drives the connecting conveyor belt to move in the transmission gear. Above, there is a rubber cover on the surface of the conveyor belt, which can increase the friction against the tableware and thus promote it. To sum up, the fully automatic pulp tableware equipment is easy to operate during the molding process, has high molding efficiency, and the quality of the molded disposable tableware is better.