RCCN WeChat QrCode
Mobile WebSiteIn April 1990, Japan initiated the "intelligent manufacturing system IMS" international cooperative research program. At that time, many developed countries such as the United States, the European Community, Canada, Australia, etc. participated in the program. However, in China, intelligent manufacturing has been applied in a wide range of actual production in recent years.
In 2015, China officially began to deploy smart manufacturing. The Ministry of Industry and Information Technology announced the list of smart manufacturing pilot demonstration projects in 2015. A total of 46 projects were shortlisted, distributed in 21 provinces, covering 38 industries and involving 6 categories. Wide coverage and strong demonstration.
The replacement of manual production by robots is an important development trend of the future manufacturing industry. It is the basis for the realization of intelligent manufacturing and the guarantee for the realization of industrial automation, digitization and intelligence in the future. Industrial robots will become the representative of intelligent equipment in intelligent manufacturing.
In industrial production, industrial robots can replace workers to complete difficult tasks and reduce labor costs. At the same time, boring mechanized operation is easy to make workers feel emotional and affect work accuracy. The application of industrial robots to intelligent manufacturing has great advantages. Robots can continuously guarantee the accuracy of work and improve the quality of product production. It can be seen that in intelligent manufacturing, the application of industrial robots can improve product quality and reduce production costs, and manufacturing companies can obtain higher production benefits.
In addition, in industrial production, industrial robots can be connected with different CNC machine tools to produce a variety of products and provide help for the construction of flexible production lines. The whole process does not require manual operation. Industrial robots can produce workpieces for 24 hours, showing the advantages of high production efficiency, high product precision, and strong consistency.
In industrial production, industrial robots can replace people to do certain monotonous, frequent and repetitive long-term operations, or operations in dangerous and harsh environments. They are widely used in traditional manufacturing, such as mining, metallurgy, petroleum, chemical, shipping, etc. field.
In the production of steel enterprises, industrial robots can show their talents. First, the automatic unpacking robot can automatically measure the position of the strap and the curling edge, cut it, compress the strap to the smallest size, and transport it to the waste hopper. Second, the automatic sampling robot can automatically take out the sample plate in the trolley and stick a label on the sample plate. Some assembly lines also use automatic labeling robots to automatically complete label printing, picking and pasting operations. Of course, the most common is unmanned driving. Through computer programming, it can drive along the shortest route, automatically complete operations such as coil hoisting, information recognition and storage, and achieve accurate positioning, light loading and light unloading.
In important welding links, industrial robots are equipped with corresponding welding tools and used in conjunction with sensors to automatically complete car body welding operations. This not only reduces the risk of manual welding, but also makes welding robots more accurate than manual operations. . In addition, in the exterior car painting link, the industrial robot is equipped with corresponding painting tools and procedures to ensure the consistency of exterior car painting, and complete the gluing operation after the painting is finished, improving production efficiency. Finally, the vehicle assembly process is often the most complicated. Manual assembly is low in accuracy and efficiency. Industrial robots are used in this link to assemble car seats, windows, meters and other components according to the built-in program specifications to ensure the accuracy of assembly.
The application of industrial robots in intelligent manufacturing can improve the efficiency of product production, build flexible production lines, and realize the intelligent and efficient development of product manufacturing. In order to enhance the application of industrial robots in intelligent manufacturing, it is necessary to strengthen personnel training, technological innovation and performance optimization, increase the application breadth and depth of industrial robots in intelligent manufacturing, and promote the further development of intelligent manufacturing. The education department can further improve robotics and other majors and increase education funding. At the same time, enterprises need to strengthen the training of technical backbones, regularly organize technical personnel to learn experience from leading enterprises and advanced enterprises in the industry, master the key points of industrial robots, and conduct research and development of robots in combination with production practices.
Finally, it is necessary to strengthen performance optimization, because the application of industrial robots in manufacturing enterprises in my country is concentrated in transportation, welding, etc., and the performance is relatively single. In order to expand the application breadth of industrial robots, industrial robots need to be continuously optimized, combined with the needs of intelligent manufacturing-related enterprises, to achieve full coverage of robots in the production line, and truly realize intelligent manufacturing.
Many manufacturing companies in developed countries are using industrial robots for operations. my country's industrial robot technology is also constantly improving. This technology has overturned the traditional manufacturing model and transformed "Made in China" to "Intelligent Manufacturing in China". In addition, the market potential of robotics is also huge.
