Automatic taking out and burying equipment for special-shaped part injection molding

Abstract

The invention relates to the field of injection molding equipment, in particular to automatic taking out and burying equipment for special-shaped part injection molding. The automatic taking out and burying equipment for special-shaped part injection molding comprises a middle rotary table, an injection molding machine, a top beam frame arranged above the injection molding machine, a turnover mechanism, a lifting mechanism and a first servo electric cylinder arranged at the top of the top beam frame, wherein the middle rotary table is arranged at the periphery of the injection molding machine;a sliding beam matched with the top beam frame at a right angle is arranged on the top beam frame; the sliding beam can move back and forth between the injection molding machine and the middle rotarytable through the first servo electric cylinder; the lifting mechanism is movably arranged at the other end of the sliding beam through a second servo electric cylinder; the turnover mechanism is arranged on the output end of the lifting mechanism; the output end of the turnover mechanism is provided with a support beam; two sides of the support beam are respectively provided with a material taking plate and a buried plate, the material taking plate is movably matched with a support beam through a cylinder sliding table; and the bottoms of the material taking plate and the buried plate are respectively provided with a plurality of clamps and material suction clamps. According to the automatic taking out and burying equipment for special-shaped part injection molding, the safety risk caused by manual part taking and burying is avoided, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the field of injection molding equipment, in particular to an automatic embedding equipment for injection molding of special-shaped parts. Background technique [0002] At present, in the field of injection molding, the grasping and embedding of material parts is carried out by adsorption, that is, a large suction cup is used to transport compressed air through the trachea to inhale and deflate, so that the suction cup forms a vacuum and thus absorbs the product. The disadvantage of this kind of grasping is that it has strict requirements on the shape and structure of the object. The shape must have a large area, the plane is smooth and flat, the structure must be simple, and there must be enough suction cup adsorption positions; The gripping effect; therefore, the material pieces can only be embedded one by one manually, but this method has certain risks; and the effect is also low, which affects the molding efficiency. Cont...

AI Technical Summary

Problems solved by technology

The disadvantage of this kind of grasping is that it has strict requirements on the shape and structure of the object. The shape must have a large area, the plane is smooth and flat, the structure must be simple, and there must be enough suction cup adsorption positions; Gripping effect; therefore, we can only embed the material pieces one by one manually, but this method has certain risks; and the effect is also low, which affects the molding efficiency

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