Multifunctional jig for metal implanting and product withdrawal

Abstract

The invention discloses a multifunctional jig for metal implanting and product withdrawal. The multifunctional jig comprises a positioning jig and a capturing jig, wherein the capturing jig comprisesa product absorption mechanism and a metal sheet implanting mechanism. Through matched using of the positioning jig and the capturing jig, three main steps of capturing a to-be-processed metal piece,withdrawing a formed product from a high-temperature mould and burying the to-be-processed metal piece into the high-temperature mould is rapidly completed. The multifunctional jig is implemented viathe specific working processes of: manually putting the to-be-processed metal piece into the positioning jig, absorbing the to-be-processed metal piece from the positioning jig by the capturing jig, enabling the capturing jig to approach to the high-temperature mould, after the high-temperature mould is opened, absorbing the formed product from the mould by the capturing jig; and putting the to-be-processed metal piece into the high-temperature mould by the capturing jig. The capturing jig is connected with an automatic manipulator, and the positioning jig is put at a place far away from the high-temperature mould, so that the process of withdrawing products and putting metal pieces can be replaced, operation is carried out automatically, and then operation is safe, reliable, efficient andaccurate.

Description

technical field [0001] The invention belongs to the technical field of multifunctional jig design and manufacture, and in particular relates to a multifunctional jig used for metal implantation and product removal. Background technique [0002] In the field of machinery manufacturing, there are usually two methods of embedded injection molding of metal parts: one is a special vertical injection molding machine, the mold is composed of 2 male and 1 female, and 1 male and 1 female are injection molding at the same time, and the other 1 male mold In the ready state, the product is manually taken out and then embedded in the metal parts, waiting for the next injection molding, which does not affect the injection molding cycle but the cost of the mold is high. The other is to use a horizontal injection molding machine. The mold consists of one male and one female. After the injection is completed, the safety door is opened and the product is manually taken out, and then the metal...

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Problems solved by technology

[0003] At this stage, horizontal injection molding machines are generally used, because the molds of horizontal injection molding machines only need 1 male and 1 female. Compared with dedicated vertical injection molding machines, the mold cost of the former is lower; The machine injection molding method has several obvious defects. The first is that the injection molding cycle of the product is longer, which directly affects the production efficiency of the product; the second is that the metal implant injection molding needs to use a high temperature mold to process the metal parts , while the horizontal machine injection molding method must open the high-temperature mold after the product is formed, manually take out the molded product, and then manually put the metal parts into the mold for processing; such a production process may cause work Personnel were burnt and crushed when they came into contact with high-temperature molds, and there was a great potential safety hazard. At the same time, the work efficiency of manual work was also very low.

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