Product Detail
Development history of Medtronic Navigation:
Since the first infrared optical surgical navigation system was introduced in 1988, Medtronic Navigation Company has been at the forefront of the world’s surgical navigation technology, guiding the global navigation technology to continuously enter a higher level. Navigation system has been widely used in conventional neurosurgery, functional neurosurgery, spine, trauma, joint replacement, ear, nose and throat. As the technical leader of navigation system and intraoperative imaging equipment in the global market, 5000 StealthStation navigation systems have been installed worldwide by June 2012.
Product features:
- Double car, double screen design</ li>
- With built-in UPS and automatic alarm function in case of power failure, the navigation system can be guaranteed to supply power normally for more than 40 minutes in case of sudden power failure</ li>
- Positioning and tracking mode: infrared optical tracking, with active and passive tracking technologies</ li>
- Registration method: surface profile registration method, compatible with various postures</ li>
- It has the function of intraoperative displacement remedy, correcting the error caused by the accidental relative movement of the patient and the reference frame during the operation, and has the function of recovery correction</ li>
- The 3D perspective function of tissue volume can automatically perspective such tissue structures as skin, bone, blood vessels, and can dynamically display in 3D</ li>
- Advanced VR function: automatically and independently extract 3D vascular images on 3D images to help complete hemangioma surgery</ li>
- Image fusion: automatic and manual fusion of any three or more kinds of image data, such as CT, CTA, MR-TI, MR-T2, MRA, fMRI, PET, and magnetoencephalography, can be performed at the same time</ li>
- The microscope navigation function can track the microscope focus in real time, and complete the microscope navigation or domestic navigation function</ li>
- DTI fiber bundle data processed by the MRI room can be fused with CT/MR/PET and magnetoencephalography data sources</ li>
