Registered Chinese name途见科技(北京)有限公司Tachin Technology (Beijing) Co., Ltd.
Tujian Technology Co., Ltd. was established in early 2020. The company has original technology and independent intellectual property rights. Headquartered in Beijing, it has wholly…
Tujian Technology Co., Ltd. was established in early 2020. The company has original technology and independent intellectual property rights. Headquartered in Beijing, it has wholly-owned subsidiaries in Shenzhen and Guangzhou, and a cutting-edge technology exploration center in Silicon Valley, USA.
The company focuses on the construction of stretchable multi-modal flexible electronic skin tactile chips and embodied intelligent tactile perception big data models. The flexible electronic skin developed is a world first in many technologies. It has high sensitivity, high flexibility and ductility, can be easily applied to special-shaped non-deployable surfaces, and can be expanded to a large area. At the same time, the company provides customers with a complete set of full-chain tactile solutions. The company's products have been widely used in embodied intelligence, smart cockpits, medical health and other fields, and it has carried out strategic cooperation with a number of listed companies and leading enterprises.
Relying on its strong self-research capabilities, the company has become one of the first batch of disruptive technology innovation project undertakers under the Ministry of Science and Technology’s national key research and development plan, and will continue to promote the innovative development of the electronic skin market in the future.
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Key Products
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Flexible tactile data mining gloves
The flexible tactile data acquisition glove is an intelligent wearable collection device used for full-hand tactile signal collection and data recording. Integrating high-density distribution of ultra-thin flexible electronic skin sensing units, it can collect multi-modal tactile signals such as normal force and tangential force, record the changes and characteristics of contact force distribution in fingers, palms and other areas during grasping, pressing, sliding and other operations. It can adapt to hand bending, grasping and regular movements, support data collection under natural operating conditions, and restore the natural human labor state.