Flexible tactile sensors

Flexible tactile sensors are a new generation of intelligent sensing products that simulate the perceptual characteristics of human skin. Developed based on advanced flexible electronic technology they can accurately convert physical tactile signals such as pressure temperature and vibration into electrical signals to achieve multi-dimensional perception of contact objects. Featuring an ultra-thin flexible substrate design with a thickness of only a few hundred microns the product has excellent stretchable and bendable properties enabling it to closely fit complex surfaces such as humanoid robot dexterous hands and robotic arms. It also supports large-area array integration realizing the leap from "point perception" to "surface perception" and endowing intelligent devices with human-like fine tactile capabilities. The product has prominent highlights: excellent sensing performance with a pressure detection limit as low as 1Pa millisecond-level response speed and support for multi-modal signal collection; strong environmental adaptability stable operation in a temperature range of -40℃~85℃ and different humidity conditions; convenient integration with modular design and standardized interfaces supporting customized development; mature industrialization with a yield rate exceeding 95% and significant cost advantages. It is mainly applied in industries such as robotics (humanoid/industrial) consumer electronics automotive electronics and medical health helping to realize intelligent upgrading in scenarios such as precision grasping intelligent interaction and health monitoring.