福莱新材第二代机器人触觉新品发布 解锁机器人三维感知新境界

Core Viewpoint - The launch of the second-generation flexible tactile sensor by Zhejiang Fulai New Materials Co., Ltd. represents a significant upgrade over the first generation, enhancing multi-modal and shear force perception capabilities for more complex interactions in robotic applications [2][3]. Group 1: Product Features - The second-generation tactile sensor features "true flexibility," utilizing highly flexible materials that conform to various complex surfaces, improving reliability and accuracy in practical applications [3]. - It achieves "full surface" coverage, allowing deployment on critical areas of robotic hands, thus expanding the effective perception range and environmental adaptability of robots [3]. - The sensor possesses "three-dimensional force" vector sensing capabilities, enabling precise detection of vertical and shear forces, which is crucial for delicate and dexterous operations in complex interaction scenarios [3]. Group 2: Core Technologies - The core technology supporting these features includes molecular-level optimized composite sensing materials that enhance sensitivity and reliability, along with biomimetic silicone surfaces that simulate human skin structure to improve contact stability [3]. - Advanced algorithms employing deep learning for tactile recognition and multi-modal data fusion significantly enhance perception accuracy by enabling real-time extraction of high-dimensional features and intelligent integration of heterogeneous signals [3]. Group 3: Product Range and Future Prospects - The second-generation tactile sensor product line includes multiple models such as FOS-P300 (flat version), FOS-P300T (single curved version), FOS-P300S (full curved version), and FOS-W500 (whole hand tactile version) to meet diverse application needs [4]. - The new tactile sensing technology is expected to provide robots with comprehensive perception capabilities akin to "electronic skin," paving the way for more natural human-robot interactions, particularly in the emotional robotics sector [4].