Nowadays, with the continuous growth and release of the demand for automation production, the technological innovation and industrial upgrading of industrial manufacturing industry are playing a grand role. In the field of industrial spraying, influenced by the steady development and improvement of modern technology, the technological transformation of spraying machine is also carried out at all times. The gradual improvement of automation production requirements and the continuous implementation of safe and environmental protection production principles make the emergence of Spraying Robots inevitable.
At present, spraying robot is a mature technology in foreign countries. Since 1986, the programming technology of spraying robot has been discussed for the first time, it has been more than 30 years of research and development history. After entering the 21st century, the rapid development of science and technology in various fields has further promoted the extensive application of Spraying Robots abroad.
Up to now, developed countries such as Europe, America and Japan have dominated the development and application of spraying robots. With the accumulated production experience and experimental data in the simulation technology, control technology and remote re-teaching technology of spraying robots, the design and manufacture of spraying robots have gradually entered the stage of industrialization and planning.
Compared with those countries which started late and developed slowly, the development of Spraying Robots in developed countries presents several characteristics: first, the reliability of control system is stronger and the service life of machine is longer; second, the design and optimization of robot mechanism is better, and the cost and cycle of research and development are greatly reduced; third, the software teaching is widely used, and the control interface is more humanized; fourth, communication. Realize digitalization, information sharing and information summary analysis are more coordinated and convenient. Fifth, the application of induction technology is more mature, and the accuracy and intensity of robot operation is more obvious.
Promoted by the maturity of technology and application, from 2012 to 2016, the global spraying robot market supported by developed countries expanded rapidly from US$2 billion to nearly US$6 billion, with an average annual growth of more than 20% year on year, and the development speed is very encouraging. Among them, automobile, aerospace, furniture and household appliances have gradually become the main areas of market development, but their potential release is not comprehensive enough. In the future, with the deepening of potential exploration in existing fields and the continuous excavation of emerging fields, the global spraying robot market will be further expanded.
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