成立四个月获三轮融资？机器人触觉技术研发商「猿声科技」完成新一轮战略融资

Core Viewpoint - The article highlights the successful completion of a new funding round by the startup "YuanSheng Technology," focusing on the development and mass production of robotic tactile technology products, with significant backing from Keli Sensor [1]. Group 1: Company Overview - YuanSheng Technology, established in January 2025, specializes in robotic tactile technology, including multi-dimensional force and torque sensing, multi-dimensional tactile sensing, and electronic skin [1]. - The core team comprises elite talents from top global academic institutions and renowned tech companies, ensuring a blend of cutting-edge research capabilities and practical engineering experience [1]. Group 2: Funding and Strategic Importance - The recent funding round is part of Keli Sensor's strategic layout in multi-dimensional tactile sensing and electronic skin technology [1]. - This marks the third funding round for YuanSheng Technology within four months since its establishment, indicating strong investor confidence and support [1]. Group 3: Product Development - YuanSheng Technology has successfully developed two products: the ultra-thin, high-density "sense-compute integrated" multi-dimensional tactile sensor (MultiDT) and the large-area tactile sensor (HexT), both of which are now in mass production [2]. - MultiDT is designed specifically for robotic dexterous fingertips, overcoming performance limitations of traditional tactile technologies and providing comprehensive intelligent perception solutions for robots [3]. - HexT features an innovative modular edge technology architecture, offering ultra-high resolution and high-speed dynamic acquisition capabilities, significantly enhancing humanoid robots' tactile perception [5]. Group 4: Future Developments - YuanSheng Technology plans to launch the RealTSense tactile modal modeling and visualization toolchain software, aimed at broadening the application of tactile technology in large model training [5]. - The company is also developing the Quadrinity high-interaction humanoid robot platform to achieve a closed-loop system from tactile perception to semantic modeling and interactive decision-making [5].