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Fisensor Launches Industry's First High-Density Fabric Tactile Sensing Glove for Robots
Fisensor Launches Industry's First High-Density Fabric Tactile Sensing Glove for Robots
发布日期：2026-01-27 11:27
Recently, FiSensor officially unveiled the industry's first high-density textile tactile glove for robots. By integrating high-density tactile distribution with tangential sensing capabilities, this practical innovation overcomes multiple pain points of traditional tactile products, advancing robotic electronic skin into an intelligent new era driven by tactile perception and achieving a significant breakthrough in human-robot interaction (HRI). The product has already gained high recognition from major domestic and international clients, with targeted collaborative development projects launched.
In practical applications, this textile-based tactile glove revolutionizes the use of multimodal tactile technology. Boasting the combined advantages of full-scenario adaptability and easy replacement, it can match the diverse shape requirements of dexterous robot hands.
Most importantly, it addresses the industry-wide challenge where partial damage to electronic skin results in the entire hand being discarded. Whether subjected to high-frequency friction in industrial settings or accidental scratches in household environments, users can replace damaged parts on-demand without disassembling the entire dexterous hand or conducting large-scale repairs.
Leveraging the stable consistency of its sensing layer, the glove enables rapid device adaptation without complex calibration, further lowering the application threshold for tactile technology. Supported by technological innovation, it also features washable durability, allowing robots to break through more scenario limitations—from industrial and household settings to medical and outdoor environments. With precise tactile feedback, it significantly enhances adaptability in complex scenarios and task execution accuracy, becoming an intelligent must-have companion for robotic end-effectors.
FiSensor's intelligent tactile glove, built on its semiconductor powder pattern deposition technology, is continuously advancing the industrialization of humanoid robots, medical rehabilitation, and other fields. This breakthrough in textile sensor technology is not limited to glove form; it can be flexibly extended to any part of a robot's body through diverse sensing modalities, forming a full-range sensing layer with electronic skin functionality.
With its innovative underlying technology and rapid productization capabilities, FiSensor continues to make breakthroughs in the electronic skin sector, empowering systems to achieve human-like intelligence and injecting new momentum into multiple application scenarios such as service robotics and industrial automation.
（Image: Upper Computer Display Interface of the Textile Tactile Glove）
In the robotics field, tactile systems are pivotal to intelligent upgrading. As a critical breakthrough enabling advanced interaction in humanoid robots, electronic skin technology is accelerating through material innovation, process advancements, and interdisciplinary integration.
It not only endows robots with tactile perception and pressure feedback capabilities but also greatly enhances their adaptability and operational safety in complex environments. FiSensor is committed to advancing the technological upgrading of electronic skin, enabling robots to deliver greater value in service, medical, industrial, and other scenarios, and truly moving toward human-like intelligence.
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