The objective of this research is to develop systems that include hardware and software training in highly complex neurosurgical procedures and facilitate surgical planning. The systems developed are also useful in the evaluation of surgical skill.
The neurosurgery system is designed to help the surgeon in cranial deep proceedings.Navigation system
The system offers a navigation system by electromagnetics fields, this facilitates the work of surgeon because not need a direct line of vision between the workspace and the camera or the system of instrumental detection.User interface
With two displays monitor offers a full view of the information. In a first clinical monitor visualises 3D information of the patient, the second monitor (Imac) executes the software and shows the anatomical slices sagital, coronal and axial.Power supply
The system uses as main power supply the electrical network, As a support has an UPS (Uninterruptible power supply). This UPS can supply energy up to three hours.Equiment
Designed with a car to support the differents parts, allows an transport easy and adecuation in the operating room (OR). The source of electromagnetics fields has his own base to put on the OR.