A stamping equipment for precision electronic connector aluminum shell processing

Abstract

The invention discloses a stamping equipment for precision electronic connector aluminum shell processing, which comprises a base, a top seat, a positioning rod, a positioning seat and a stamping cylinder, wherein, one side of the base is fixed with a top seat, and the top seat A positioning rod extending vertically downwards is fixed below the positioning rod, and multiple sets of positioning seats are used on the positioning rod to connect the stamping cylinder; the output end of the stamping cylinder is detachably installed with a punch, and the punch is arranged below the punch There are a plurality of dies corresponding to it; a plurality of the dies are installed on the adjustment end of the die adjustment assembly, and the die adjustment assembly can drive the die to move, so that it is located directly below the punch in turn ; Both sides of the die adjustment assembly are respectively locked on the pillars with locking support assemblies; and, the height of the lock support assembly is also adjusted by the stamping distance adjustment assembly, and then the die and the punch are adjusted. The stamping distance between the dies improves the stamping efficiency.

Description

technical field [0001] The invention relates to the technical field of aluminum shell stamping, in particular to stamping equipment for precision electronic connector aluminum shell processing. Background technique [0002] In the production process of electronic connectors, the external aluminum shell often needs to be stamped to realize the installation of parts such as wires. External force causes plastic deformation or separation to obtain workpieces of desired shape and size. [0003] In the actual production process, in order to achieve uninterrupted stamping, ejection devices are often installed in the formwork or magnets are used for adsorption. However, when producing different electronic connectors, different stamping formworks are required. The stamping templates are all set up as complex types with ejector devices, which are wasteful and difficult to replace quickly. Therefore, simple templates are often used for stamping at this time. In addition, when stamping...

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Problems solved by technology

[0003] In the actual production process, in order to achieve uninterrupted stamping, ejection devices are often installed in the template or magnets are used for adsorption. However, when producing different electronic connectors, different stamping templates are required. The stamping templates are all set up as complex types with ejector devices, which are wasteful and difficult to replace quickly. Therefore, simple templates are often used for stamping at this time. In addition, when stamping aluminum products, the adsorption of magnets will also fail. Therefore, How to achieve uninterrupted stamping has become the focus of attention. In addition, the control of the stamping distance is also more important. Although the stamping cylinder with stroke control can adapt to different stamping distances, if the distance is long, in fact, the stamping cylinder The telescopic length of the telescopic rod will increase, which will waste resources. Therefore, it is necessary to control the stamping distance from the root

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