Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Engineering smart surgical tools that integrate with image navigation and robotic surgical platforms
Existing methods of manual neurophysiological data acquisition are simplistic and have remained unchanged for decades. These outdated methods have profound drawbacks that limit the accuracy and reliability of the data, limiting its clinical utility.
Existing methods of manual neurophysiological data acquisition are simplistic and have remained unchanged for decades. These outdated methods have profound drawbacks that limit the accuracy and reliability of the data, limiting its clinical utility.
Ourpatented medical devices operate by the same basic scientific principles usedin several existing commercially available medical devices that are powered byprecision neurostimulation technology. This technology has already proven to be effective in some of the mostincredible medical devices ever developed. They have helped the deaf to hear with cochlear implants, broughtrelief from uncontrollable tremors in people suffering from Parkinson’s diseasewith deep brain stimulation, and provided sight to the blind with retinalimplants. Emerging precision neurostimulation technology continues to improveand the applications for this powerful technology are continuing to expand aswith our patented high-resolution nerve localization systems andneurophysiological data optimization systems. Our advanced systems have the potential to replace existing simple,imprecise methods acquiring neurophysiological data that are currently beingused in multiple clinical and surgical applications and have not undergonebasic design improvements in decades.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Suspendisse tincidunt sagittis eros. Quisque quis euismod lorem. Etiam sodales ac felis id interdum.
Get Started
Future surgical platforms willevolve to include High Resolution Nerve Localization (HRNL) systems that arecapable of performing a complex volumetric multi-dimensionalanalysis that provides accurate, quantitative measurements that reveal theprecise location of nerves in the surgical field.
