With the continuous progress of artificial intelligence technology and robotics technology, the application of robots is becoming increasingly widespread and in-depth. Among them, industrial robots are widely used in the manufacturing industry and play an extremely important role. So, what is the application and maintenance of industrial robots? What is this major like? What impact does it have on our future?
1、 What is the application and maintenance of industrial robots?
The application and maintenance of industrial robots, abbreviated as industrial robots, is an interdisciplinary field that lies between mechanical, electronic, automation control, and computer science. Compared with traditional mechanical manufacturing, industrial robot applications have a higher level of automation and intelligence, making them more efficient, accurate, safe, and stable.
The Industrial Robot Application and Maintenance major cultivates application-oriented talents with relevant knowledge and skills, mainly involving multiple disciplinary fields such as robotics technology, industrial control technology, mechatronics integration technology, and computer control technology. Students preparing to study this major need to master relevant skills and technologies, such as mechanical processing, circuit principles, CNC technology, automation fundamentals, control principles, process design, etc., understand various robot structures and working principles, master robot programming languages, and be able to independently complete the application and maintenance of industrial robots.
2、 Prospects and Current Status of Application and Maintenance of Industrial Robots
As one of the representatives of high-tech industries, industrial robots have a broad and bright application prospect. With the transformation of production methods and social development, artificial intelligence and robot technology will gradually be applied in more and more fields and industries. According to statistics, the global industrial robot market has grown from $11.4 billion in 2015 to $20.4 billion in 2020, with a compound annual growth rate of 12.4%. It is expected that the global robot market size will reach 26.498 billion US dollars by 2025.
At present, industrial robots have been widely used in industries such as automobiles, electronics, food, pharmaceuticals, and home appliances, becoming one of the key technologies for the intelligent transformation of the manufacturing industry. Taking automobile manufacturing as an example, industrial robots can almost complete all non manual activities throughout the entire automobile manufacturing process, such as welding, painting, palletizing, etc., greatly improving production efficiency and product quality, and reducing manufacturing and labor costs.
3、 Development Trends in the Application and Maintenance of Industrial Robots
With the continuous progress of robot technology and artificial intelligence technology, the application and maintenance of industrial robots are also continuously developing, popularizing, and promoting. In the future, the development trend of industrial robot application and maintenance will mainly focus on the following aspects:
（1） Smart Manufacturing
Smart manufacturing is a manufacturing method that integrates technologies such as the Internet of Things, big data, artificial intelligence, and digital technology, aiming to improve the efficiency and quality of the manufacturing industry and reduce production costs. In intelligent manufacturing, industrial robots play a crucial role. For example, industrial robots can sense the production status and environmental conditions of the workshop in a timely manner through sensors and other devices, thereby achieving flexibility, adaptability, and intelligence of the production line to meet the manufacturing needs in different scenarios.
（2） Collaborative robots
Collaborative robots are intelligent robots that can interact with humans and work together to complete a task. Compared with traditional industrial robots, collaborative robots are more flexible, intelligent, and secure, able to operate the same work area with humans without the need for isolation equipment. The emergence of collaborative robot technology will bring greater convenience and development space to the manufacturing industry.
（3） Modularization
Modularization is a technology that decomposes industrial robots into multiple arbitrarily combined modules, each of which can be plugged, unplugged, and replaced to achieve flexible production. The emergence of modular technology has simplified the parts and replacements of robots, improved production efficiency and work quality, and reduced labor and time costs.
4、 Future Development of Industrial Robot Application and Maintenance
With the rapid development of industrial robot applications and maintenance, it has also had a profound impact on our future. The application and maintenance of industrial robots will become one of the hot majors in the future manufacturing industry, as it has broad application prospects, a booming market demand, and a relatively mature industry development. There will definitely be better employment prospects in the future.
With the aging population and the requirements of smart city construction, the application and maintenance of industrial robots will rapidly become popular in fields and industries such as healthcare, airport security, and service robots in the future. At the same time, the continuous development of artificial intelligence and robotics technology has brought more opportunities and challenges. If we can master this major well and make good career plans, we can walk more steadily and for a longer time in the future trend.