Guiding surgical robot CUVIS-spine

surgical navigationspine surgery

is a spine surgical robot using advanced navigation technology. It assists the surgeon to achieve the precise patient specific spine surgery. CUVIS-spine is based on a highly accurate Robot-Arm, One-step surgical tool, real-time tracking sensor, providing practitioners the state of the art device that is fast, simple and precise. Why CUVIS-spine is good? Point. 01 The user is able to use a surgical planning based on preoperative CT through 2D-3D image registration. Point. 02 CUVIS-spine provide real-time position information from the beginning to the end of the surgery. Point. 03 It enables surgery to be performed without changing the patient’s position, thus the surgical time can be reduced. Point. 04 The workflow is simple and convenient. Point. 05 Less imaging decreases radiation exposure. Features Point. 01 2D–3D Registration The user is able to use a surgical planning based on preoperative CT through 2D-3D image registration. Point. 02 Approach It enables surgery to be performed without changing the patient’s position, thus the surgical time can be reduced. Point. 03 Navigation & Force Tracking The OTS(Optical Tracking System) helps tracking the patient’s movement, surgical instruments and pedicle screw in real-time. The user can rely on the force rate and direction shown in real-time, which prevents skiving and potential danger during the surgery. Surgical Procedures Intra-only Step. 01 Setup Robot, Device, Target Step. 02 Scan C-arm / O-arm Step. 03 Planning (Intra-op image) Step. 04 Navigation 2D-3D Step. 01 Planning (Pre-CT) Screw path planning Step. 02 Setup Robot, Device, Target Step. 03 Load plan Check screw path planning