China Unveils AI-Powered Robot for Precision Eye Surgeries, a groundbreaking advancement in ophthalmic surgery innovation. This autonomous eye surgery robot, developed by the Institute of Automation, Chinese Academy of Sciences, performs complex procedures with remarkable accuracy. Researchers completed animal trials with 100% precision, proving its reliability for delicate operations like subretinal and intravascular eye injections.
The robot uses ultra-precise positioning and trajectory control to guide its robotic arm. During tests on eyeball models, porcine eyes, and live animal eyes, it reduced positioning errors by 80% compared to manual surgery and 55% versus surgeon-controlled robots. Such surgical accuracy improvement ensures safer and more consistent outcomes for patients.
This AI-assisted surgery system excels in retinal surgery technology, enabling procedures that were previously difficult or risky. It can perform highly delicate microsurgeries inside the confined space of the human eye, minimizing the chance of tissue damage. The 3D spatial perception in surgery allows it to detect tiny anatomical structures, making it ideal for complex eye procedures in both urban and remote areas.
Experts highlight that this innovation can reduce surgeon training time and expand access to high-precision surgeries in underserved regions. It offers safer and more reliable microsurgical interventions for serious retinal diseases, transforming treatment approaches globally.
China’s autonomous eye surgery robot is a major step forward in precision surgical robotics. By combining AI intelligence with advanced robotic arm guidance, it demonstrates how technology can improve surgical safety, accuracy, and accessibility. The future of ophthalmic care is increasingly robotic, precise, and patient-friendly.
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China unveils an AI-powered robot for precision eye surgeries, enhancing retinal surgery technology and surgical accuracy in microsurgical interventions.
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