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Electromagnetic tracking uses a transmitted low intensity electromagnetic field from a field generator placed close to the tracking volume, along with electromagnetic tracking sensors that, if integrated into tools and instruments, allow to determine their location during use.
Electromagnetic navigation allows reliable and precise in-vivo tracking without a direct line-of-sight providing a key advantage compared to optical tracking systems.
Leveraging the tracking data from these sensors, the third-party image-guided system can accurately locate and visualise the instrument as it navigates towards the relevant targets.
These sensors are used in minimally invasive procedures and have revolutionised image-guided interventions and navigation of medical devices in recent years.
Quadrant Scientific navigation systems and tracking products are general metrology components that can be integrated into third party products, research experiments, or medical devices. The third party acquiring our system will be responsible to assign the specific intended use to their products and to identify the relevant risk classification of the final product incorporating Quadrant’s navigation system. The third party will be responsible for establishing the relevant regulatory, testing, verification and validation requirements and activities to prove safety and performance of the final product incorporating Quadrant’s technology. The third party remains responsible for any system-level testing and certification.
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