One day, this machine might slice into you. Called Smart Tissue Autonomous Robot (STAR), the semi-autonomous device uses a near-infrared camera to constantly monitor how predefined marks on tissue move in relation to its cutting tool, according to IEEE Spectrum. That allows it to make particularly accurate incisions by readjusting as it goes. While STAR needs the marks to be placed by a human, it takes care of the cutting by itself. Armed with an electrosurgical tool, which uses electrical currents rather than a scalpel blade to cut tissue, it can deftly slice through skin, fat, and muscle. In fact, in experiments presented at a recent conference, STAR was able to make more accurate (and less damaging) straight two-inch cuts than human surgeons, and it accurately excised a fake tumor from a chunk of pig fat. This isn’t STAR’s first rodeo, though. Last year, the team behind it also showed that it was able to stitch together soft tissue with a needle and thread in order to repair pig bowels more accurately than human doctors. All of which suggests that STAR’s path to the OR might not be quite as far-fetched as it initially sounds.
The team behind Starthe Smart Tissue Autonomous Robot (Star) have demonstrated how the semi-autonomous device can cut more accurately than a human surgeon. the Smart Tissue Autonomous Robot (Star combines a near-infrared camera that monitors how marks move when its electrosurgical cutting tool makes incisions, allowing it to readjust as it works. In a recent experiment at a conference, the Smart Tissue Autonomous Robot (Star outperformed its human counterparts by making straight and less damaging two-inch cuts. Last year, the team behind the robot demonstrated its ability to suture a pig bowel.