: The new surgical robot developed by the University of Berne and its affiliated hospitals in Switzerland recently successfully completed cochlear implant surgery. The research team of the University of Bern and its affiliated hospitals used the surgical robot developed by them to perform a detailed simulation test on a simulation device and in July 2016 used a surgical robot for a 51-year-old female patient to undergo cochlear implant surgery. Successfully opened the cochlear implant channel.

The main part of the cochlear implant is an implant composed of a plurality of micro-electrodes, which can convert the acoustic signal to an electrical signal and stimulate the auditory nerves of the patient to restore deaf people's auditory function. This is an important means for recovering hearing in deaf patients. The position of the cochlear implant is at the deepest part of the patient's inner ear. During the operation, the best passage through which the implant passes is through the gap between the brain's olfactory and optic nerves. The width is only about 3 mm, and the implant passes through the required diameter of the passage. 1.8 millimeters, the operating accuracy is very high.

The surgical robot successfully performed cochlear implant surgery, demonstrating Switzerland’s international strength in the field of surgical robots.

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