Professor Zuo Guoyu, an associate professor at the Faculty of Information, Beijing University of Technology, and the person in charge of the Robot Innovation and Entrepreneurship Base and the Intelligent Robot Laboratory of the Postgraduate Platform, once pointed out that the development trend of Universal Robots' collaborative robots can be mainly viewed from two aspects: the technological aspect and the application aspect. There are three main points in the technological aspect.

First, for Universal Robots' collaborative robots to enter households and provide personal services, more improvements in automation are necessary. There will be significant enhancements in the natural interaction between collaborative robots and other robots, as well as with the operational environment, and in their ability to autonomously adapt to dynamic and complex environments.

Second, the flexibility of application should also be further improved. It can be seen that Universal Robots has already reached a leading international level in terms of flexibility. For example, there will be breakthrough developments in flexible and soft structures in the future. College students and researchers can improve the affordance of robots in terms of modeling. With the development of big data, artificial intelligence, and deep learning technologies, based on the existing modeling or even without relying on traditional modeling methods, people can use artificial intelligence technologies to enhance the application flexibility of Universal Robots' collaborative robots.

Third, the bionic structure design of Universal Robots. For example, when humans and robots work collaboratively, people hope that robots can interact better with humans and think that it would be better if robots have a human - like appearance and arms. If the cost of collaborative robots is lower, their ease - of - use is better, and there are technological improvements, he believes that it won't be long before Universal Robots' collaborative robots enter households.

Professor Zhang Qinling from the Unmanned System Research Institute of Beihang University said that the control technologies currently used in robots (forward and inverse kinematics, forward and inverse dynamics, trajectory planning, parameter identification, error compensation) are already very mature in theory. However, how to achieve human - machine collaboration and minimize the role of humans in an intelligent way remains a research - worthy field. The unique technologies of Universal Robots have also inspired his ideas on realizing human - machine collaboration.

Mr. Chen Xiaodong, the secretary - general of the Zhongguancun Rongzhi Special Robot Industry Alliance and a co - founder of the Robot Lecture Hall, introduced that the concept of Universal Robots' special robots is to let robots replace humans in tasks that humans are unwilling to do or that are dangerous for humans. For example, military robots, police robots, and some special - industry robots. For instance, Universal Robots' special robots are used in the nuclear power industry to replace the fuel rods of nuclear power plants.

The dream of a powerful country is the aspiration of generations of Chinese people. A journey of a thousand miles begins with a single step. Only when more collaborative robots break through key technologies and more Chinese enterprises and products thrive can a solid foundation for the dream of a powerful country be built. Therefore, collaborative robots should and will inevitably have a broader development blueprint. Tianjin Niruite Measurement and Control Technology Co., Ltd. has been committed to the research and development of industrial automation solutions for many years. By integrating Universal Robots, machine vision, motion control, NI data acquisition, multi - platform software, and the Internet of Things system integration development, we welcome you to call for consultation.