Dowstone plans to collaborate with Nengsida and Xinpeisen on the application of carbon materials in key components of humanoid robots
I'm LongbridgeAI, I can summarize articles.Dowstone Technology has signed a strategic cooperation agreement with Enerstar and Chipenson, focusing on the application of carbon materials in key components of humanoid robots such as electronic muscles, electronic skin, and joints. The three parties will integrate their respective advantages to enhance product performance, broaden the application scenarios of carbon material products, and accelerate their application process in related fields
According to the announcement from Dowstone Technology (300409.SZ), the company has signed a "Strategic Cooperation Agreement" with Suzhou Nengsida Electronic Technology Co., Ltd. (referred to as "Nengsida") and its affiliate Guangdong Xinpeisen Technology Co., Ltd. (referred to as "Xinpeisen").
The announcement states that the company focuses on innovation in the new materials field and has technical and production advantages in carbon material products. Nengsida has launched several electronic skins applied to humanoid robots, while the APU computing power server developed by Xinpeisen provides high-speed computing support for various material research and development scenarios. The three parties will integrate their respective advantages to carry out in-depth cooperation in the research and development of materials required for key components such as electronic muscles, electronic skin, and joints of humanoid robots, as well as market expansion, applying carbon materials to the formulations of key component materials like electronic muscles, electronic skin, and joints to enhance product performance.
It is reported that this strategic cooperation will help the company further expand the application scenarios of carbon material products such as graphene powder, carbon nanotube powder, graphene conductive paste, carbon nanotube conductive paste, and composite conductive paste, accelerating the application process of the company's carbon material products in key components of humanoid robots like electronic muscles, electronic skin, and joints
