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For large-scale iron and steel enterprises, the long-process iron and steel production process mainly includes coking, sintering, pelletizing and blast furnace ironmaking before ironmaking. In the steelmaking stage, there are mainly processes such as converter, refining furnace, continuous casting, and rolling. Process and subsequent processing stages of rolled products.
The iron and steel production process has continuous, discrete, and semi-continuous coexistence, which is relatively complex, and most of the production process is semi-structural and unstructured, and it is difficult to optimize the processing. The combination of artificial intelligence technology and traditional methods is to solve this problem. Class questions provide a way. Artificial intelligence technology has penetrated into all aspects of the steel production process, such as product design, molten iron quality prediction, process control, product quality judgment, equipment fault diagnosis, pre-iron procurement and batching optimization, production planning and scheduling, etc.
The traditional iron and steel industry is a high-energy-consumption and high-pollution industry, which has the characteristics of high temperature, high dust, high noise and other harsh environments and high risks such as liquid molten metal. It is suitable for replacing manual operations with industrial robots, thereby reducing the safety risks to employees. And labour intensity, improve labour efficiency.
At present, most of the robot projects successfully applied by iron and steel enterprises are concentrated in steelmaking and post-steelmaking, which is also related to the fast pace and high degree of automation of the production line itself. Such as temperature measurement and sampling in front of the steelmaking furnace, automatic slag addition to the continuous casting machine, inspection and sampling, billet number spraying, steel coil spray printing, bundling, unbundling, labelling, etc.
In the iron and steel industry, the replacement of manual operations by industrial robots mainly has the following advantages:
For highly repetitive and labour-intensive operations, robot operations can greatly reduce the intensity of labour and avoid injuries caused by repetitive labour. For example, unmanned driving, ladle slag removal, steel bar counting, finished product labelling and other positions.
For some operations in the iron and steel industry that have toxic and harmful gases and high-temperature harsh environments, using robots to replace manual operations can protect workers from harsh environments and improve operating standards and labour efficiency. Such as temperature measurement and sampling, welding, spraying and other posts.
For some dusty and harsh environment operations in the iron and steel industry, robots are used to replace manual operations, such as mixing, stacking and reclaiming, and workshop cleaning in raw, fuel and auxiliary material factories, which can protect workers from harsh environments and improve Operating standards and labour efficiency.
Get your solutions for steel industry robot system
Products in the steel industry are divided into plates, rails, seamless steel pipes, high-speed wire rods and bars, etc. According to the production process, the application of industrial robots in the steel industry is mainly in ironmaking/steelmaking, hot rolling process, cold rolling process, warehouse area Management, centrifugal casting, casting/forging and other processes.
In the ironmaking/steelmaking process, the main applications of industrial robots are robot blast furnace raw material sampling, robot temperature measurement sampling, robot continuous casting water change port, robot high-temperature billet spraying, robot high temperature surface lettering, robot adding mold powder, robot on Materials and so on.
In the hot rolling process, the main applications of industrial robots are robot profile coding, robot profile labelling, robot bar welding label, robot profile cutting and sampling, robot chamfer weld grinding, robot steel coil steel pipe spraying, robot steel coil strapping etc.
In the cold rolling process, the main applications of industrial robots include robot coil labelling, robot coil unbundling, robot automatic slag removal, robot uncoiling blanking and stacking, robot splicing welding and loading and unloading, robot automatic packaging line, etc.
In warehouse area management, the main applications of intelligent manufacturing include intelligent cranes, unmanned turnover vehicles, warehouse area management systems, finished product palletizing, etc.
In the centrifugal casting process, the main applications of industrial robots are robot sand core lettering, robot centrifuge sand core loading, robot nozzle grinding, robot casting pipe diameter measurement, robot nozzle spray painting, robot pipe body coding, etc.
In some parts factories, such as auto parts, heavy industry parts, marine parts and other enterprises, there are also applications of industrial robots in the casting/forging process: robot casting lubrication, robot casting, robot precision casting, forging online robot blanking, robot forging mould spraying, robot heat treatment suspension, etc.
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