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At the 2025 World Artificial Intelligence Conference, a groundbreaking multi-source bionic 3D printed flexible hand, independently developed by Professor Gan Zhongxue's team at Fudan University, made its debut. This dexterous hand seamlessly integrates bionic structure, advanced 3D printed flexible materials, and sophisticated sensor control systems, facilitating both flexible operation and robust adaptability to complex environments, while achieving remarkable cost efficiency. Its finger design, inspired by both human hands and octopus tentacles, boasts innovative features such as temperature-induced color change and visual recognition capabilities, positioning it as an ideal solution for diverse applications, including service robots and healthcare.
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