Shanghai Tian An Bearing Co., Ltd. (hereinafter referred to as “Tian An Bearing”), a subsidiary of Shanghai Electric, has successfully delivered a sample of the reducer bearing for the “dexterous robotic hand” to the customer.

As the main end tool of the humanoid robot, the internal structure and joint design of the "dexterous hand" must meet stringent technical requirements for flexibility, high load capacity and corrosion resistance. Relying on its deep experience in precision manufacturing and material science, as well as continuous innovation, Tian An Bearing has tailor-made high precision, high reliability and low noise bearings for "dexterous hand" for customers in need. The product uses advanced manufacturing processes and materials so that even when subjected to complex and variable motion loads, it can remain lightweight and compact to ensure the flexibility and accuracy of the robot&39;s movements.

With the rapid development of intelligent manufacturing and artificial intelligence technology, humanoid robots are gradually moving from science fiction to reality, becoming an important trend for future smart manufacturing and service industries. Integrating information, manufacturing, materials, energy, life sciences and other fields of technology, humanoid robots are rich in technology and exploring new fields. The innovative development of humanoid robots brings huge productivity potential, broad market prospects and high economic value.

At present, in the face of fierce market competition and rapid technological iteration in the field of humanoid robots, Shanghai Electric is constantly strengthening cooperation with upstream and downstream of the humanoid robot market, and actively exploring the new track of humanoid robot core components. Recently, Shanghai Prime Machinery Co., Ltd. (hereinafter referred to as “Shanghai Prime Machinery”), a subsidiary of Shanghai Electric, and Nanjing University of Science and Technology signed a cooperation agreement on humanoid robot core components. Shanghai Prime Machinery will rely on Nanjing University of Science and Technology&39;s strong scientific research strength in the field of rolling functional components, combined with its own rich experience in precision manufacturing and industrial application, to jointly promote R&D and technological innovation, and accumulate industrial experience in cutting-edge fields. In this project, in order to enhance the R&D strength in this field, stimulate the innovation vitality within the enterprise, and accelerate the transformation and application of scientific and technological achievements, Shanghai Prime Machinery gathered the best talents and technological resources in design, thread machining, heat treatment and cold forming in the affiliated enterprises, to carry out the integrated planning and collaborative research, so as to inject a strong impetus into the development of the humanoid robot parts and components industry.

In the future, Shanghai Electric will continue to be deeply involved in the field of humanoid robots, and is committed to becoming the technology leader and market pioneer of core components in this field. By continuously strengthening cooperation with top domestic research institutions, integrating internal and external advantageous resources, further accelerating technological innovation and product development, Shanghai Electric promotes the efficient transformation of scientific and technological achievements. It will follow the pulse of the market, flexibly respond to changes in customer demand, and continuously improve product performance and service quality, so as to contribute more wisdom to the wide application and development of humanoid robots.