During the agency's research, Xianglou New Materials said that the company does not directly provide finished products for flexible wheels for harmonic speed reducers. The processing of soft wheels originally required 15 processes. The semi-finished soft wheel products provided by the company can help customers omit the first 7 processes, but the next 8 processes still need to be completed by the customer. The humanoid robot materials research institute established by the company is not only developing materials for speed reducers, but also exploring other sectors in the field of robotics. The future goal is to gradually expand from a single component to all components, and the development path is similar to that of the automotive industry. In the future, the company will continue to explore innovative applications of stamping materials in the field of robot core components, drastically reducing the cost of key components such as speed reducers. The company will increase its research efforts on neck materials for key components of harmonic reducer wheels, planetary reducer gears, RV reducer cycloids and force sensor elastomers, and explore the application feasibility of other metal materials such as high-strength and high-toughness aluminum alloys in the field of robots.

During the agency's research, Xianglou New Materials said that the company does not directly provide finished products for flexible wheels for harmonic speed reducers. The processing of soft wheels originally required 15 processes. The semi-finished soft wheel products provided by the company can help customers omit the first 7 processes, but the next 8 processes still need to be completed by the customer. The humanoid robot materials research institute established by the company is not only developing materials for speed reducers, but also exploring other sectors in the field of robotics. The future goal is to gradually expand from a single component to all components, and the development path is similar to that of the automotive industry. In the future, the company will continue to explore innovative applications of stamping materials in the field of robot core components, drastically reducing the cost of key components such as speed reducers. The company will increase its research efforts on neck materials for key components of harmonic reducer wheels, planetary reducer gears, RV reducer cycloids and force sensor elastomers, and explore the application feasibility of other metal materials such as high-strength and high-toughness aluminum alloys in the field of robots.