港科大系具身机器人公司戴盟机器人获亿元级战略轮融资，视触觉传感器出货量全球第一

Core Insights - The article highlights the recent completion of a strategic financing round by Daimeng Robotics, which raised hundreds of millions of yuan, led by China Mobile Chain Long Fund. This marks the second financing round within three months, bringing the total funding to several hundred million yuan in the tactile sensing field [2][4]. Financing and Investment - Daimeng Robotics has completed a total of several hundred million yuan in financing, including previous rounds led by various investors. The latest funding will focus on five key areas: accelerating technological breakthroughs, advancing product R&D and mass production, enhancing VTLA (visual, tactile, and language operation models), expanding the core team, and exploring global markets [2][4]. Technological Advancements - The company has developed a pioneering monochromatic light tactile perception technology that addresses industry pain points such as low precision and durability of traditional tactile sensors. This technology significantly enhances the robot's tactile perception and dexterity [5][8]. - Daimeng Robotics launched its flagship series of visual tactile sensors in April 2025, achieving a density of 40,000 sensing units per square centimeter, surpassing human fingertip sensitivity. This product has quickly gained market traction, becoming the global leader in shipment volume among similar products [7]. Product Development - The latest generation of visual tactile solutions includes the DM-Tac W2 series, which meets IP65 protection standards, allowing it to operate in complex environments. Additionally, the DM-Flux edge AI computing platform supports multiple visual tactile sensors, creating a complete technology loop for perception, decision-making, and control [7]. Company Background - Daimeng Robotics was co-founded by Professor Wang Yu and Dr. Duan Jianghua, both of whom have extensive experience in robotics and tactile sensing technology. The company has established a comprehensive product system that integrates high-resolution tactile sensors, tactile end-effectors, remote operation data collection systems, and humanoid robots [8].