7D Surgical received both FDA 510(k) clearance and a medical device license from Health Canada to market MvIGS™, the Machine-vision Image Guided Surgery system.
The system employs 3D optical technologies and machine vision algorithms, registering spinal surgery patients automatically with near-instantaneous Flash Registration™ using only visible light to support an overall workflow time of less than 20 seconds for de novo spinal registration. This contrasts conventional methods that rely on intra-op radiation, and may require 30 minutes of registration time.
MvIGS navigation technology is embedded in an onboard, overhead surgical light, and the software itself is surgeon-controlled via foot pedal.
In a similar vein, Royal Philips is developing augmented-reality surgical navigation technology for use in image-guided open and minimally invasive spine procedures. This approach creates an internal 3D view acquired by x-ray.
7D Surgical received both FDA 510(k) clearance and a medical device license from Health Canada to market MvIGS™, the Machine-vision Image Guided Surgery system.
The system employs 3D optical technologies and machine vision algorithms, registering spinal surgery patients automatically with near-instantaneous Flash Registration™ using only...
7D Surgical received both FDA 510(k) clearance and a medical device license from Health Canada to market MvIGS™, the Machine-vision Image Guided Surgery system.
The system employs 3D optical technologies and machine vision algorithms, registering spinal surgery patients automatically with near-instantaneous Flash Registration™ using only visible light to support an overall workflow time of less than 20 seconds for de novo spinal registration. This contrasts conventional methods that rely on intra-op radiation, and may require 30 minutes of registration time.
MvIGS navigation technology is embedded in an onboard, overhead surgical light, and the software itself is surgeon-controlled via foot pedal.
In a similar vein, Royal Philips is developing augmented-reality surgical navigation technology for use in image-guided open and minimally invasive spine procedures. This approach creates an internal 3D view acquired by x-ray.
Our site uses cookies to allow easier access for Members and subscribers and to improve our site. You agree to our use of cookies by closing this message box or continuing to use our site.OkRead more
Copy to clipboard 
