A multifunctional guide rail punching machine

Abstract

The invention discloses a multifunctional guide rail punching machine comprising a machine body. A punching mechanism, a punching and bending mechanism and a touch screen control mechanism are installed in the machine body. The punching mechanism and the punching and bending mechanism are connected with the touch screen control mechanism and arranged in parallel. The punching mechanism comprises a bottom plate, guide rails, a die mounting mechanism, a punching cylinder, a feed manipulator, a feed driving device, a driving mechanism and a transmission mechanism. The punching and bending mechanism comprises guide rails, a bottom plate, a die mounting mechanism, a material driving mechanism, a mechanism driving device, a feed manipulator, a feed driving device, a cylinder and a die. By jointly mounting the punching mechanism and the punching and bending mechanism into the same equipment and equipping the automatic feeding mechanisms respectively for them, only one worker can complete a series of processing operations including punching, drilling and bending by one set of equipment, processing efficiency is 3-5 times higher than that of conventional operation modes, and further, the multifunctional guide rail punching machine is safer and less dangerous, and safety potential hazards are reduced to the utmost.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a guide rail forming and processing automation system and its working mode. Background technique [0002] In the machining industry, sheet metal workpieces need to be cut, punched, and bent, and punching includes top punching and side punching. In the traditional technology, the punching operation of the material is done manually by one punching machine and one die, and the punching and bending operations are also done manually by one punching machine, which means that it must be operated independently. The disadvantage is that, first, for workers, the danger is high and the work efficiency is low; second, to complete the entire set of punching, punching, bending and other operations, several punching machines are required to match the mold, and several workers are required. This will greatly increase the purchase cost and labor cost of the equipment, and also occup...

AI Technical Summary

Problems solved by technology

In the traditional technology, the punching operation of the material is completed by one person with one punch and the mold, and the punching and bending operations are also completed by one person with one punch, that is to say, it must be operated independently. This mode of operation The disadvantages are that, first, for workers, it is dangerous and the work efficiency is low; second, to complete a complete set of punching, punching, bending and other operations, several punching machines are required to match the mold, and several workers are required This will greatly increase the purchase cost and labor cost of the equipment, and it will also take up more space; moreover, the traditional punch processing and production environment are very noisy, and manual operation has a high risk of personal injury to workers.

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