Industry Overview - The bionic hand industry in China has developed a complete ecosystem from basic research to industrialization, driven by technological iterations and market demand towards intelligence and cost reduction [1][4] - The market size of the bionic hand industry in China is expected to reach approximately 2.158 billion yuan in 2024, representing a year-on-year growth of 110.54% [1][4] Technological Breakthroughs - Key technological breakthroughs are the core engine of the industry, with companies like Qiangnao Technology and Yuequan Bionic achieving significant advancements in brain-machine interfaces and high-precision bionic hands [1][4] - The Revo 2 bionic hand has achieved a force resolution of 0.01N and compatibility with the ROS system, while the Y-Hand M1 supports 38 degrees of freedom and a fingertip positioning accuracy of 0.04mm [1][4] Industry Development History - The bionic hand industry in China has a history of over 60 years, starting from the early research in 1963 to the latest advancements in 2023, including FDA certification for the Qiangnao bionic hand and the introduction of various innovative products [4][5] Industry Supply Chain - The upstream of the bionic hand industry includes metals and alloys, polymers, composite materials, drive systems, sensors, and control chips [6][7] - The midstream involves the research and manufacturing of bionic hands, while the downstream includes applications in medical rehabilitation, industrial robots, and service robots [6][7] Key Companies - The competitive landscape of the bionic hand industry is characterized by a "technology layering + scene focus" feature, with leading companies such as Qiangnao Technology, Yuequan Bionic, and Youbixuan [12][13] - Qiangnao Technology dominates the medical rehabilitation sector with its non-invasive brain-machine interface technology, while Yuequan Bionic excels in high-precision dexterous hand technology [12][13] Future Trends - The industry is expected to see breakthroughs in multi-modal driving and material innovation, achieving human-like adaptive grasping capabilities [14][15] - The integration of multi-dimensional perception and neuromorphic chips will enable bionic hands to possess tactile sensing capabilities, enhancing their functionality [15][16] - The domestic production of key components is driving down manufacturing costs, paving the way for the bionic hand to enter the "ten-thousand yuan" consumer market [16]