China will become the worlds leading manufacturer of embodied robots, and robot parts processing capacity may become crucial

Yesterday, Nobel laureate in economics Michael Spencer expressed a predictive view at the 2026 Tsinghua Wudaokou Global Financial Forum, hosted by Tsinghua University and organized by the Tsinghua Wudaokou School of Finance, stating that China will soon become a leading global manufacturer of embodied robots. Spencer's viewpoint not only fully recognizes the development achievements of China's robotics industry in recent years, but also triggers deep thinking in the industry. With the continuous increase in manufacturing demand for embodied robots in the market,

Whether the upstream supporting production capacity of robot parts processing can keep up with the pace of industrial development has become an urgent issue that needs attention. Compared to ordinary robots, the machining standards for embodied robots are more stringent, and their component machining strength and production capacity supply are the key factors determining whether the industry can achieve large-scale production smoothly.

Chinese generals run global embodied robot manufacturing, robot parts processing is key to mass production

Spencer's prediction is traceable. In recent years, China's robotics industry has been thriving, showing a good trend of synchronous growth in scale, technology, and market. Data shows that from 2015 to 2024, the production of industrial robots in China increased from 33000 sets to 556000 sets, and the production of service robots was 10.519 million sets, a year-on-year increase of 34.3%. The embodied robots we often refer to now are not only humanoid robots, but mainly refer to intelligent robots that have physical bodies, can autonomously perceive the environment, and complete practical actions, including humanoid robots, industrial robots, service robots, special function robots, and other types of robots with physical bodies. So it can be imagined that while the production of embodied robots in China is soaring, it also means that the production capacity and quality standards for the processing of embodied robot parts are improving. Looking at the entire robot industry track, the robot parts processing industry is also facing unprecedented development opportunities and rigorous tests. The demand for precision parts processing is fully released, and industry upgrading is the trend.

The high standard demand for robot parts processing in embodied robots mainly lies in the joint processing of robots. In order to achieve flexible operation of the body and complete various practical actions freely, high-precision joint modules must be relied on as the core support. These joint components not only need to bear the weight of the body structure, but also need to consider the smoothness of rotation, force stability, and long-term service life. Therefore, there are strict industry requirements for the tolerance, hardness of processing materials, and assembly fit of robot joint processing, which are also the core factors determining the overall motion performance of the embodied robot.

It is not an exaggeration to say that if the upstream precision parts processing capacity is insufficient and the standards are not met, even if the whole machine technology is advanced, it is difficult to achieve large-scale implementation, ultimately restricting the overall development of the industry.

Regional Development of China's Robot Industry Chain Layout

Spencer mentioned in the forum the emphasis on systematic penetration of technology in our 15th Five Year Plan, stating that China's advantage lies not only in building models, but also in systematically penetrating technology into various levels of the social economy. Our country's robotics industry is gradually forming a complete industrial chain layout, from core component research and development, processing and manufacturing, to complete machine assembly and market application, all links are working together to form a strong industrial cluster effect. In fact, we have now formed regional industrial clusters, presenting a development pattern of the Yangtze River Delta, Pearl River Delta, Beijing Tianjin Hebei, and Chengdu Chongqing clusters running parallel and complementing each other's characteristics. The processing of robot parts is mainly concentrated in the Yangtze River Delta region, relying on strong industrial manufacturing background, mature precision machining supporting facilities and complete supply chain system, gathering a large number of professional precision intelligent manufacturing enterprises, deeply cultivating the production and processing of core components such as robot joints, transmission parts, structural shells, precision shafts, etc., becoming the core hinterland supporting the upstream supporting of the national robot industry. Taking Shenzhen Huiwen Zhizao Technology Co., Ltd. (hw-robots. cn) as an example, this enterprise has been deeply involved in the field of precision parts processing for robots for many years. It specializes in the processing of body robot parts and is skilled in the processing of complex structural parts such as high-precision and difficult joints, reducer housings, and dexterous hand parts. The precision of turning parts can reach ± 0.005mm, and the precision of milling parts can be controlled within ± 0.01mm. Through full process control, it ensures high-level precision parts processing while improving production efficiency, effectively shortening product delivery cycles, and can quickly respond to the customized processing needs of major robot enterprises, providing solid and reliable upstream component support for the mass production of body robot machines.

Diversification of product categories and upgrading of demand have forced the dual improvement of parts processing standards and production capacity

As mentioned earlier, the scope of embodied robots is actually very broad. This rich category layout is precisely the diversified development trend gradually emerging with the rapid development of the domestic robot industry, the continuous expansion of industry applications, and the continuous iteration of technology. The diverse application scenarios require the emergence of different types of embodied robots, which are applied in various industries and further stimulate differentiated component processing needs. This forces the upstream precision machining industry to continuously improve processes, enhance production capacity, and adapt to the development trend of the entire category of robot industry. In precision machining enterprises, represented by Huiwen Zhizao, which is deeply involved in the field of robot parts processing, it is continuously improving its process level and delivery efficiency to respond to industry upgrading needs.