Max Robotics — Global Service Robot Directory + US Certification

About

Xin‐Gui Tang is a leading researcher in flexible and self-powered tactile sensing, with a focus on applications in health monitoring and robotics. Their work has pioneered the development of skin-inspired sensors that achieve ultrahigh resolution over a broad pressure detection range, addressing a critical challenge in the field. Tang’s most-cited paper (2024, 65 citations) reviews recent progress in flexible self-powered tactile sensing platforms, highlighting their potential for creating lightweight, battery-free systems. They have also introduced innovative materials, such as printing paper-derived ultralight e-skins for health monitoring and information encryption (2024, 22 citations), and multifunctional conductive PEG-HEMA hydrogels with anti-freeze, anti-UV, self-healing, and self-adhesive properties for wireless wearable systems (2024, 12 citations). Their 2025 work on self-powered sensing for health monitoring and robotics further underscores their impact, with a focus on autonomous, continuous data acquisition. With over 157 citations across their top papers, Tang’s contributions are shaping the future of flexible electronics and human-machine interfaces.