Vertical injection molding machine

Abstract

The invention discloses a vertical injection molding machine. The vertical injection molding machine comprises multiple side matching box bodies, matching inner cavities are formed in the side matching box bodies, push baffles are arranged in the side matching box bodies in a sliding mode, matching inner box bodies are arranged between the side matching box bodies, and multiple side inner grooves are formed in the end walls of the matching inner cavities in a communicating mode. A blocking belt is arranged on one side of each push baffle and seals the side inner grooves, matching rotating wheels are arranged on the upper side and the lower side of the blocking belt, the blocking belt is arranged on the outer surfaces of the matching rotating wheels in a winding mode, and the matching rotating wheels are connected with the matching inner box bodies in a rotating fit mode. A running device capable of driving the blocking belt to run is arranged in each matching inner box body, the vertical injection molding machine can extrude plastic for forming by utilizing a spraying valve, the vertical injection molding machine can effectively avoid the situation that the height of the machine is too high due to the too long stroke of a screw rod, and a mold can be conveniently and rapidly installed.

Description

technical field [0001] The invention relates to the technical field of injection molding equipment, in particular to a vertical injection molding machine. Background technique [0002] There are many disadvantages in the existing equipment, first of all, the convenient replacement of the mold cannot be realized during the injection molding process, and personnel are required to reach into the working area to replace the upper and lower molds of the equipment, and when changing the mold, due to the operating position, It makes it more inconvenient for personnel to operate and disassemble the mold, and due to the existence of the above shortcomings, the safety of personnel when replacing the mold is reduced, and it is impossible to achieve an efficient process of replacing the mold. Most of the plastic injection molding process relies on the screw drive to extrude the plastic, but due to the design of the screw, the stroke length of the corresponding equipment will be too long...

AI Technical Summary

Problems solved by technology

[0002] There are many disadvantages in the existing equipment, first of all, the convenient replacement of the mold cannot be realized during the injection molding process, and personnel are required to reach into the working area to replace the upper and lower molds of the equipment, and when changing the mold, due to the operating position, It makes it more inconvenient for personnel to operate and disassemble the mold, and due to the existence of the above shortcomings, the safety of personnel when replacing the mold is reduced, and it is impossible to achieve an efficient process of replacing the mold. Most of the plastic injection molding process relies on the screw drive to extrude the plastic, but due to the design of the screw, the stroke length of the corresponding equipment will be too long, and the efficient extrusion process of the plastic cannot be realized. The height of the equipment is too high and it is not convenient for the equipment to be placed under the working area of ​​any height

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