Current Status of Industrial Automation:
Industrial automation aims to control various parameters in industrial production, maximizing the control of multiple production processes with the goal of minimizing manual labor involvement. It emphasizes utilizing machinery to automate production processes, enabling industries to achieve automated production.
Automation technologies are commonly applied in industrial machinery manufacturing, automating processes such as machining and sorting. Operations requiring high precision, like precision cutting, can achieve product standards by inputting specific parameters, enhancing product quality. Continuous production is facilitated, improving efficiency and significantly reducing manual labor. The development of industrial automation relies on the integration of digital technology, computer technology, communication technology, and information technology, transforming traditional industries into automated ones.
As of my last update in January 2022, industrial automation was experiencing significant growth and transformation. The integration of advanced technologies such as artificial intelligence (AI), machine learning, Internet of Things (IoT), robotics, and big data analytics was driving efficiencies, productivity, and innovation across various industries. Let’s discuss the current status and future development trends in industrial automation
Furthermore, industrial automation technologies are widely used in various aspects of industrial production, control, management, and quality inspection, enhancing daily operational efficiency and production scientificity. Automation involves the use of devices such as automated controls and machine tools, replacing human labor in processing and production operations. Robots are extensively employed in assembly, welding, handling, painting, and other tasks, reducing the need for manual labor.
Automation sensors, controllers, PLCs, and other devices contribute to the intelligence and controllability of industrial production processes. In mature automation systems, human involvement is limited to indirect supervision of parameters and periodic machine inspection and maintenance.
Future Development Trends:
- Autonomous Systems: There will be a continued push towards autonomous systems in industrial automation, where machines and processes can operate with minimal human intervention.
- Advanced Robotics: Robotics will continue to evolve with advancements in artificial intelligence, vision systems, and dexterity, enabling robots to perform more complex tasks with greater precision.
With the development of digital technology, the field of industrial automation continues to integrate with digital advancements. Simultaneously, the application of technologies such as industrial internet, cloud computing, and big data makes industrial automation systems more intelligent, efficient, and secure. Mastering digital technology allows enterprises to achieve real-time monitoring, data analysis, and optimization of the production process, better meeting market changes and customer demands.
Undoubtedly, every technology has its pros and cons. While industrial automation brings many benefits and conveniences to the production process, implementing a mature and reliable automation system involves significant costs. The machinery itself represents a substantial expense, and the implementation process has strict requirements regarding the environment, space, and temperature. Additionally, hiring engineers for initial adaptation and training, as well as specialized workers, is necessary to familiarize themselves with and master the entire equipment process, cultivating highly skilled operators.
Future Development Trends
According to data, the global industrial control automation industry market has been steadily rising. In 2023, the global market size is approximately $211.58 billion, with the majority concentrated in the North American market at 32.61%, followed by Europe at 29.44%. As the global Industry 4.0 era continues to advance, the demand for industrial automation equipment in various application areas is expected to increase further. It is projected that by 2025, the global industrial automation market size will reach $249.76 billion.
