NOUFERROUS METALLURGICAL EQUIPMENT

In response to the problems of low work efficiency, low level of automation, and low level of informatization brought about by manual cutting and cutting of traditional steel plates, the paper studies and designs two intelligent cutting and cutting production lines, namely fixed cutting platform type and tray exchange workbench, to achieve automation of steel plate entry and exit, cutting and loading and unloading, logistics transportation, parts sorting and other process links. The intelligent central control system connects various process links in the cutting workshop, the cutting workshop, and the upper level information system of the enterprise. A comparative study was conducted on two intelligent cutting and cutting production lines, and important reference conclusions were obtained. According to the actual production data of intelligent cutting and cutting materials put into operation by a leading engineering machinery manufacturer, statistical research and analysis show that compared to traditional manual cutting, the production efficiency of the intelligent cutting and cutting line has doubled, reducing personnel by more than 50%.