Intelligent full-automatic multi-functional hardware stripping machine

Abstract

The invention relates to an intelligent full-automatic multifunctional hardware stripping machine. The intelligent full-automatic multifunctional hardware stripping machine comprises a machine frame, an automatic lubricating oil supply device, a scrap edge hitting motor mechanical arm, a pneumatic fastening mechanical arm and a product pressing mechanical arm, wherein the machine frame is of a five-layer structure from bottom to top, the automatic lubricating oil supply device is fixedly arranged at the bottom of the machine frame, a clamp unit is arranged inside the second layer of the machine frame, the pneumatic fastening mechanical arm is arranged on the side face of the clamp unit, the product pressing mechanical arm is arranged inside the third layer of the machine frame, a scrap edge hitting motor is fixed inside the fourth layer of the machine frame, a first procedure pressing motor is arranged inside the fourth layer of the machine frame, and an intelligent control cabinet is fixedly arranged on the top of the machine frame. The intelligent full-automatic multifunctional hardware stripping machine has the advantages that the problem of the low speed can be solved through matching with the structural assembly, a motion can be completed in 0.05 second at most averagely, and a whole set of travel can be completed in 0.4 second; the defective rate is decreased, and scratches caused by manual operation or semi-automatic operation can not occur; full-automatic stripping is achieved for products in various shapes.

Description

technical field [0001] The invention relates to a metal stripping machine, in particular to an intelligent fully automatic multifunctional hardware stripping machine. Background technique [0002] At present, in the process of metal processing and casting, there are many defects, such as: ① punching machine can be used for stamping, and the punch can be used for direct stamping processing, but after stamping, the workpiece needs to be manually taken out from the cavity of the punching machine, which consumes a lot of time. A lot of time reduces the processing efficiency and requires more manpower, which increases the production cost of the enterprise; ②When the workpiece is manually taken out of the punch cavity, if the operation is careless, it is easy to cause injury accidents; ③The punch cavity There are a lot of debris in it, which is easy to cause crushing on the surface of the workpiece. [0003] To sum up, the traditional casting hardware is to manually tear the cast...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of metal processing and casting, there are many defects, such as: ① punching machine can be used for stamping, and the punch can be used for direct stamping processing, but after stamping, the workpiece needs to be manually taken out from the cavity of the punching machine, which consumes a lot of time. A lot of time reduces the processing efficiency and requires more manpower, which increases the production cost of the enterprise; ②When the workpiece is manually taken out of the punch cavity, if the operation is careless, it is easy to cause injury accidents; ③The punch cavity There is a lot of debris in it, which is easy to cause crushing on the surface of the workpiece

[0003] To sum up, in the traditional casting hardware, the cast and formed hardware is manually torn off from the large material, which is labor-intensive, easy to hurt hands, and low in work efficiency, so a lot of labor is wasted , which increases the production cost

[0004] It needs to be pointed out that the traditional metal stripping machine generally cannot be fully automatic, and usually realizes hardware stripping in the form of semi-automatic machinery, which has defects such as slow speed, many defective products, and dangerous operation, especially for a conventional single product. Only a professional corresponding machine can realize semi-automatic metal stripping, which greatly increases the production cost

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