Five application areas to analyze the development prospects of industrial robots
China has the largest number of industrial robots in the world with a total of 332,300 units. The top ten countries and regions include Japan, South Korea, Germany, Italy, Taiwan, Thailand, Spain, France and the United Kingdom. Compared with 478 units of industrial robots per 10,000 workers in Korea and 314 units in Japan, the density of robots in China is only 36, and the market space for industrial robots is still very large. According to the development prospects of industrial robots, more than one-third of global industrial robots will be installed in China in 2018. Let's take a look at the related content with the industrial control editor.
The demand for industrial robots has increased rapidly, but the overall level of the domestic robot industry is still different from that of foreign countries. The import substitution space in the middle and high-end market is large, and the robot industry is expected to become the vanguard of the overall upgrading of the domestic manufacturing industry. For the future development of industrial robots, it can only be said that the technical side is king, whoever has an advantage in technology will lead the development of this industry. The development prospects of industrial robots are now analyzed from five major application areas.
(1) Industrial robot intelligent architecture standards
Study open, modular industrial robot system structure, software and hardware design methods of industrial robot systems, form practical system design industry standards, national standards and international standards, in order to facilitate the integration, application and transformation of industrial robot development prospects.
(2) New controller technology for industrial robots
Develop advanced industrial robot controllers with independent intellectual property rights. Research high-real-time, multi-processor controller hardware systems that work in parallel; design control and drive modes based on high-performance, low-cost bus technology for application requirements. In-depth study of advanced control methods, strategy implementation in industrial robots, improve system dynamics, heavy loads, high tracking accuracy and other dynamic performance, improve system openness. The development prospect of industrial robots establishes a simulation environment through human-computer interaction, researches and develops automatic/offline programming technology for industrial robots, and enhances human-computer interaction and secondary development capabilities.
(3) Industrial robot intelligent operation technology
The development prospect of industrial robots realizes the reliable application of intelligent technology represented by sensor fusion, virtual reality and human-computer interaction on industrial robots, and enhances the operational capability of industrial robots. In addition to traditional position, speed, acceleration and other sensors, the assembly and welding robots also use sensors such as vision and force to implement coordination and decision control, vision-based spray robot attitude feedback control; research on virtual reality technology and human-machine Interactive environment modeling system.
(4) Complete line equipment technology
Industrial robot development prospects For the automotive industry, welding industry and other specific industry process requirements, combined with the research of new controller technology and intelligent operation technology, research on industrial robot application technology closely related to the industry, with industrial robot as the core production line Relevant equipment design technology, development of laser vision weld seam tracking device for arc welding robot, development of spraying equipment for spraying line and related functional components and integration, forming a complete set of automated manufacturing equipment with intelligent industrial robot as the core.
(5) System reliability technology
Reliability technology is closely related to design, manufacturing, testing, and application. Establishing a reliability guarantee system for industrial robot systems is the key to ensuring the industrialization of industrial robots. Analysis of the development prospects of industrial robots, researching system reliability assurance technology in the design, manufacturing and testing of products, thus providing guarantee for the wide application of industrial robots.
Industrial robots are the infrastructure for flexible automation. More and more flexible robot products meet the needs of factories and help accelerate the response of enterprises to the market. The future of industrial robots shows that easy-to-use robots can be easily integrated into the production process, enabling industrial robots to be deployed in many industries to maintain efficient and flexible production. If the current Chinese economy and policy direction remain unchanged, global external factors do not fluctuate significantly. It is expected that the fastest productivity of industrial robots in all relevant industries will exceed that of industrial workers in 2030, and the trend of machine replacement is the fastest. It will come 15-20 years later.
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