With the rapid development of science and technology, the global manufacturing industry has entered an era of intelligence. Major industries are more inclined to achieve industrial output with lower production costs and more efficient manufacturing efficiency, thereby achieving accurate and rapid operations based on the pursuit of high-quality industries. As a result, after entering the era of intelligent manufacturing, industrial robots have become even more important in the manufacturing industry.
The research and development of industrial robots in foreign countries started early, while in the early stage, due to the relatively backward level of economic development, China could only rely on importing foreign machine products to optimize industrial manufacturing production. With the continuous efforts of outstanding scholars and research experts, China has continued to develop in the fields of artificial intelligence manufacturing and information technology, and has become the largest robot country in the world market with a rapid development trend. At the same time, China has also made considerable achievements in the field of industrial manufacturing.
In the field of manufacturing, production processes typically take high accuracy, high operability, and high flexibility as manufacturing standards, while industrial robots pay more attention to the characteristics of high automation and intelligence in key technologies. During the production process, through software testing in multiple aspects such as control debugging and management optimization, cost consumption is minimized, while ensuring the environmental protection of the production process, thereby achieving the ultimate goal of production efficiency, scale increment, and product quality assurance.
In the era of intelligent manufacturing, the new type of intelligent industrial robots will, in the development process, process environmental images and video information based on relevant algorithm applications, production content, and software platforms, thereby achieving efficient and real-time human-computer interaction through high-performance software computing. At the same time, in the field of optical measurement, industrial robots can also be widely used in intelligent applications. In this production field, industrial robots can accurately detect relevant components in manufacturing projects. In traditional working modes, the lack of forward-looking data collected during the control process of industrial robots can be effectively resolved through intelligent processing of tracking sensors based on environmental information and internal judgments of the control processor. With the continuous optimization of industrial robots, multiple control functions in the industrial manufacturing process will be integrated into the controller in a highly integrated manner. Based on the effective integration of network interconnection information data, intelligent control and service of industrial robots will be achieved.
In the future, with the development of science and technology, various advanced technologies will be developed, and industrial robots will combine these technologies to achieve further changes and make various innovations, bringing more convenience to human production activities.