Automatic stamping equipment production line for metal tanks

Abstract

The invention relates to an automatic stamping equipment production line for metal tanks. The automatic stamping equipment production line comprises feeding machinery, a stamping machine and a conveying device, wherein the feeding machinery comprises a material placing frame, a feeding device and a feeding machine frame; the material placing frame is provided with a lift device; the operation of the lift device and the like is controlled by a programmable logical controller (PLC) or a computer controller; the stamping machine is provided with an inclined stamping machine and a common stamping machine at least; and the inclined stamping machine and the common stamping machine are respectively provided with an overturning device and a cover absorbing and feeding device. By the automatic stamping equipment production line for the metal tanks, laminated sheet-like metal materials are placed on the material placing frame, are conveyed to an inclined material placing sliding table through a material absorbing device and a feeding roller device, are automatically fed by a material pushing hand, and are fed into the inclined stamping machine for stamping and cutting; and after finishing stamping, stamped semi-finished materials can directly slide into the accommodating groove of a clamshell rotating drum through an adjusting device for sliding discharge materials so as to realize 180-degree overturning; the stamped semi-finished materials can be fed into the lower mould of the stamping equipment by conveying the cover absorbing and feeding device at the lower end of the common stamping machine, so that automatic conveying is realized; and the common stamping machine finishes secondary stamping and forming to realize full-automatic operation.

Description

Technical field: [0001] The invention relates to the technical field of automatic processing equipment for metal cans, in particular to an automatic stamping equipment production line for metal cans. Background technique: [0002] At present, many gifts are packaged with metal materials. The metal surface is convenient for printing various patterns and embossing shapes and characters of various shapes. Compared with paper gift boxes, the processing of gift boxes is more complicated and the cost is higher. At present, the processing of metal cans generally uses sheet metal through punching and cutting, bending, folding, forming and other processes. Most of these processes in China are processed manually or Semi-automated operations require a large number of manual operations in complex processing processes. With the continuous increase in domestic labor costs, production costs continue to increase, and production efficiency is low. Although fully automated processing equipme...

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Problems solved by technology

[0002] At present, many gifts are packaged with metal materials. The metal surface is convenient for printing various patterns and embossing shapes and characters of various shapes. Compared with paper gift boxes, the processing of gift boxes is more complicated and the cost is higher. At present, the processing of metal cans generally uses sheet metal through punching and cutting, bending, folding, forming and other processes. Most of these processes in China are processed manually or Semi-automated operations, in the complex processing process, need to use a lot of manual operations, with the continuous increase of domestic labor costs, production costs continue to increase, and production efficiency is low

Although fully automated processing equipment has been developed abroad, these complete sets of equipment often cost millions or even tens of millions. It is difficult for ordinary processing plants to bear such high processing. How to develop relatively low-cost and highly automated metal can processing equipment has become top priority

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