Surgeons must account for patients' breathing, snoring, and eye ... robot's ability to compensate for head motion and correct for hand tremors, all while operating on animal tissue, at no risk ...

That's exactly what researchers and surgeons at the University of Utah's John A. Moran Eye Center and the John and Marcia ...

Researchers at Oxford University performed the first in-eye operation using a robot in 2016 to remove a wrinkled membrane from a patient’s eye. Prof Chui hopes the NUS project can pave the way ...

Mounted directly to the patient’s head using a helmet, the robot is extremely precise, executing movements as small as one micrometre. It uses a haptic interface to scale down the surgeon’s movements ...

A robotic device allows eye surgeons ... to test the robot's ability to compensate for head motion and correct for hand tremors, all while operating on animal tissue, at no risk to the volunteer.

Surgeons must account for patients' breathing, snoring, and eye ... no risk to the volunteer. Through this experiment, the surgeons achieved higher success rates while using the surgical robot ...

Surgeons must account for patients’ breathing, snoring, and eye ... robot’s ability to compensate for head motion and correct for hand tremors, all while operating on animal tissue, at no ...