Japanese Researchers Develop a Robot to Train Surgeons in Vascular Surgery
A new robot, temporarily referred to as the “microsurgery robot“, has been developed by researchers in Japan. This robot is designed to perform surgical maneuvers within a mannequin that contains transparent blood vessels. By controlling this robot, both students and practicing surgeons can train and learn about various vascular treatment methods.
It is noted that vascular treatment is highly effective for patients who have suffered strokes and is significantly easier compared to traditional methods, where surgeons must operate on blood vessels using scalpels.
During trials, this robot was successfully inserted into a blood vessel in the leg, enabling it to navigate to the blood vessels in the brain.
This robot, developed by Nagoya University, will be showcased at the International Robot Exhibition, which spans four days and features participation from over 200 manufacturers and related companies.
This exhibition is one of the largest in the world dedicated to robotics and is jointly organized by the Japan Robot Association and the Nikkan Kogyo Shimbun (a Japanese industrial newspaper).
D.K.L