一目科技锚定机器人核心赛道 携全球最薄仿生视触觉传感器亮相

Core Insights - The International Conference on Intelligent Robots and Systems (IROS 2025) was held in Hangzhou from October 19 to 25, showcasing leading domestic robotics companies such as Yushu Technology, Zhiyuan Robotics, and UBTECH [1] - Nanjing Yimu Intelligent Technology, a global leader in AI computing driven by perception, unveiled its ultra-thin commercial bionic tactile sensor, aimed at addressing key interaction bottlenecks for robots in the physical world [1] - The bionic tactile sensor is designed to mimic the human fingertip, being half the thickness of similar products in the industry, providing critical technical support for robots to perform fine operations [1][2] Company Technology and Performance - The sensor features a contact surface designed to resemble the human fingertip, enhancing compatibility with mainstream dexterous hands and laying the foundation for humanoid-level dexterous operations [1][2] - In terms of engineering reliability, Yimu Technology has optimized the wear-resistant soft elastomer and marker point technology, ensuring the sensor's mechanical performance withstands rigorous real-world applications [2] - The sensor boasts micron-level deformation resolution, a force resolution of 0.005N, and a maximum output frame rate of 120fps, enabling robots to detect minute pressure changes and provide timely, accurate tactile feedback for fine operations [2] Market Position and Vision - Yimu Technology has commercialized its sensory systems across various fields, including instrument intelligence, electrical intelligence, and embodied intelligence, achieving a solid revenue and profit base [3] - The company aims to enhance robots' capabilities to resemble humans more closely, with the newly launched bionic tactile sensor offering superior perception compared to traditional sensors, which only detect single pressure [3] - The high-fidelity tactile information allows robots to accurately identify object characteristics, enabling them to perform various fine operations akin to human capabilities [3]