As artificial intelligence (AI) advances, the research and development of ophthalmic surgery robots have emerged as a key focus within the medical industry. A Chinese research team has made significant strides by successfully developing an autonomous microscopic ophthalmic surgery robot system tailored for intraocular procedures, and has verified its clinical feasibility.

This innovative system is capable of autonomously performing subretinal and intravascular injections within the eye, markedly improving the precision, safety, and consistency of fundus injections. The research team has ingeniously designed core algorithm modules and introduced novel methods for three-dimensional spatial perception, precise positioning, and trajectory control.

Experimental results demonstrate that the system achieves a 100% success rate in injections, coupled with a substantial reduction in average positioning errors. This underscores the system's superior safety and precision.

This groundbreaking achievement opens up a new avenue for the automation of intraocular surgery. It is poised to propel the field of ophthalmic surgery towards greater intelligence and precision, offering immense potential for application in complex surgical scenarios.