Finished product cutter of plastic uptake forming machine

Abstract

The invention discloses a finished product cutter of a plastic uptake forming machine. The finished product cutter comprises a punching module positioned on one side of a finished product outlet of the plastic uptake forming machine, a cutter positioned on the punching module, a punching base table positioned on the other side of the finished product outlet of the plastic uptake forming machine, a connecting rod for fixing the punching module and the punching base table, and a fixed base fixed on the connecting rod. The finished product cutter of the plastic uptake forming machine is convenient to move onto a forming machine production line, adjusts the cutter to the finished product outlet, cuts off and conveys finished products outside, improves the automation degree and the use efficiency of the plastic uptake forming machine, reduces the equipment investment and machining procedures, and saves resources.

Description

technical field [0001] It relates to the field of machinery, in particular a cutting machine suitable for plastic forming machines. Background technique [0002] The blister forming machine produces a blister-formed sheet, but the finished product needs to be cut and cut before being transported out of the machine. Blister molding machines currently available on the market or used by various enterprises can only produce semi-finished products, and then use other equipment for secondary cutting. The required equipment requires large investment, many processing procedures, and long production cycles. At the same time, it causes waste of resources. Cutting is completed when the finished product has just come out of the blister forming machine; the prior art has not yet solved such a problem. Contents of the invention [0003] In order to solve the deficiencies of the prior art, the object of the present invention is to provide a finished product cutter of a plastic forming m...

AI Technical Summary

Problems solved by technology

Blister molding machines currently available on the market or used by various enterprises can only produce semi-finished products, and then use other equipment for secondary cutting. The required equipment requires large investment, many processing procedures, and long production cycles. At the same time, it causes waste of resources. Cutting is done when the finished product is just out of the blister forming machine; the existing technology has not solved such a problem

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