做手术机器人的“安卓系统”，艾目易让科技下沉推动医疗普惠

Core Insights - The article highlights the rapid development of surgical robots, emphasizing the importance of domestically controlled core technologies for high-quality development in China's medical equipment sector [1][3] - Guangzhou Aimuyi Technology Co., Ltd. has broken the long-standing reliance on foreign manufacturers for high-precision surgical robots by developing its own core positioning systems [1][3] Company Overview - Aimuyi Technology is a high-tech AI enterprise focused on the research, production, and sales of core components for surgical robots, specializing in precise positioning, navigation, and control technologies [3][5] - The company was founded by Dr. Yang Rongqian, who transitioned from academia to entrepreneurship to drive the application of core technologies from the lab to the operating room [3][5] Technological Advancements - Aimuyi has developed China's first near-infrared optical positioning system and the first electromagnetic positioning system, which are critical for the precision and safety of surgical procedures [3][6] - The company is the only global supplier capable of providing a complete set of optical positioning systems, electromagnetic positioning systems, a general software platform, and supporting consumables [3][6] Industry Impact - Aimuyi's innovations address the common industry issue of redundant software development, significantly shortening the research and development cycle for surgical robots from five to eight years to a much shorter timeframe [6][7] - The company aims to reduce the cost of surgical robots from tens of millions to hundreds of thousands, making advanced medical technology accessible to more hospitals, especially at the grassroots level [7][9] Vision and Market Strategy - Aimuyi's ultimate goal is to democratize access to surgical robots, ensuring that every hospital can afford and utilize these advanced technologies [7][9] - The company is expanding into international markets, with products already reaching over a hundred countries across Asia, Europe, America, and Africa, using a "core technology + localized cooperation" model [9]