Page 7 - Virtual Incision News Today

KETV Newswatch 7 has been following Shane Farritor's research since 2017. His robotic arm can perform surgeries hundreds of miles away from the surgeon who's operating it. In the next month, it'll be put to the test in zero gravity.

A surgeon’s hands could stretch 250 miles above Earth, should an upcoming test of a miniaturized surgical robot aboard the International Space Station prove s

SpaceMIRA will conduct a series of experiments on surgical procedures in a zero-gravity environment and give a surgeon the opportunity to operate the robot remotely from hundreds of miles away.

SpaceMIRA will conduct a series of experiments on surgical procedures in a zero-gravity environment and give a surgeon the opportunity to operate the robot remotely from hundreds of miles away.

SpaceMIRA will conduct a series of experiments on surgical procedures in a zero-gravity environment and give a surgeon the opportunity to operate the robot remotely from hundreds of miles away.

SpaceMIRA will conduct a series of experiments on surgical procedures in a zero-gravity environment and give a surgeon the opportunity to operate the robot remotely from hundreds of miles away.

Virtual Incision announced today that its MIRA surgical robot system is currently in transit to the International Space Station.

MIRA is heading to the International Space Station, where it will help test remote surgery tasks. 

A miniaturized surgical robot developed by a UNL professor and others blasted into space Tuesday. It will rendezvous with the International Space Station to undergo tests.

Virtual Incision Corporation, the developer of the MIRA Surgical System (MIRA), today announced that spaceMIRA is currently in transit to the International Space Station. The device is aboard a Northrop Grumman Cygnus cargo spacecraft carried by a...