A wearable #AI-driven control system that uses multimodal #sensors and #MagneticActuation to precisely navigate micro/#nanorobots, enabling adaptive real-time manipulation and targeted cancer-cell killing, advancing intelligent #BiomedicalRobotics.
#IJEM: doi.org/10.1088/2631...
Professor Shen Yajing, Associate Professor at HKUST's Department of Electronic and Computer Engineering, led the development team behind this pioneering robot. The fiberbot comprises four key components: an optical fiber array for real-time imaging, a custom tool for precise treatments, a hollow skeleton created via microscale 3D printing, and a functionalized skin enabling precise control over its movements.
🚀HKUST revolutionizes biomedical robots! Meet "fiberbot", navigating through intricate bodily channels with unmatched precision & flexibility. Outperforming current endoscopic robots by 60%, it opens new doors for minimally invasive procedures 🌟 #MedTechInnovation #BiomedicalRobotics
