Full-automatic wire mesh stretch-flattening system

Abstract

The invention discloses a full-automatic wire mesh stretch-flattening system which comprises a hydraulic driving system, an automatic wire mesh placing device, an automatic clamping system, an automatic press-flattening device, an automatic stretching device and the like. The hydraulic driving system is connected with the automatic wire mesh placing device which is connected with the automatic clamping system. One side of the automatic clamping system is connected with the automatic stretching device and an automatic length-measuring instruction system. The automatic press-flattening device is arranged above the automatic stretching device and the automatic length-measuring instruction system. One side of the automatic stretching device is connected with an automatic wire mesh collecting device. A cooling system is connected with the hydraulic driving system. According to the full-automatic wire mesh stretch-flattening system, the numerical control technology, the mechanical technology and the hydraulic technology are organically combined, the practicability and efficiency of equipment are improved, the strength and flatness of a wire mesh are improved, the corrugated mesh problem of the wire mesh is solved, and a full-automatic production mode is achieved; and harmonic human-machine connection is achieved, a machine line is independent and automatically and circularly works, and manpower is saved.

Description

technical field [0001] The invention relates to a fully automatic wire mesh leveling system. Background technique [0002] As the era enters the 21st century, science and technology are constantly innovating and developing rapidly. Various metal material screens are used more and more widely in various industries. The technical requirements are also following the application of new technologies and the development requirements of new products. It is also getting higher and higher. The original production method and technical level are far behind the pace of the times. At present, there are many problems in the manufacturing of existing technologies. The stability of the product is seriously unstable. The inhomogeneity of the internal stress in the drawing process leads to inconsistent extension of each metal wire in the weaving process, resulting in inconsistent softness and hardness of the net, and the phenomenon of corrugated edge nets, which cannot meet the requirements o...

AI Technical Summary

Problems solved by technology

[0002] As the era enters the 21st century, science and technology are constantly innovating and developing rapidly. Various metal material screens are used more and more widely in various industries. The technical requirements are also following the application of new technologies and the development requirements of new products. It is also getting higher and higher. The original production method and technical level are far behind the pace of the times. At present, there are many problems in the manufacturing of existing technologies. The stability of the product is seriously unstable. The inhomogeneity of the internal stress in the drawing process leads to inconsistent extension of each metal wire in the weaving process, resulting in inconsistent softness and hardness of the net, and the phenomenon of corrugated edge nets, which cannot meet the requirements of the machinery industry and chemical industry. requirements, have adverse consequences for downstream products

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