Hemorrhagic stroke is a sudden and life-threatening condition caused by bleeding within the brain due to a ruptured blood vessel. Each minute is critical for patient survival. Conventional treatment methods, such as craniotomy, often involve large incisions and repeated X-ray imaging to confirm instrument position, which increases surgical risk, prolongs procedure time, and exposes both patients and medical staff to significant radiation.

MIRDC has earned international acclaim with its award-winning innovation, the 3D Magnetic Tracking-Guided ICH Surgical Navigation System (3D MAGVIS-NAV ICH System). By incorporating real-time magnetic tracking and visual assistance, the system significantly shortens decision-making time and greatly improves positional accuracy, showcasing Taiwan's capabilities in advanced medical technology. Leveraging 3D magnetic-guided multifunctional endoscopy, it provides surgeons with a penetrating, GPS-like multidimensional view, enabling precise targeting of intracranial hemorrhage within confined spaces and substantially enhancing both the safety and success rate of stroke surgeries.

3D MAGVIS-NAV ICH System integrates ultra-precise magnetic sensors with a flexible multifunctional endoscope, allowing dynamic tracking of surgical instruments within the brain. When combined with real-time medical imaging, it creates a 3D stereoscopic navigation environment. This enables accurate, single-attempt access to the bleeding site while avoiding repeated punctures and the risk of secondary hemorrhaging. Moreover, it reduces intraoperative radiation exposure by up to 80%. Clinically, the system has shown remarkable outcomes-reducing surgical mortality from 25% to 5% and significantly lowering postoperative rebleeding rates.

Designed with a modular architecture, the 3D MAGVIS-NAV ICH System is built into a compact medical cart, making it easily deployable across healthcare institutions. It is especially suited for use in remote or resource-limited regions for urgent and critical care, reinforcing Taiwan's global impact in the domains of smart healthcare and medical equity.

Currently, MIRDC has strategically integrated the system with ClearMind Biomedical Inc. and is working with the Department of Neurosurgery at Kaohsiung Veterans General Hospital to offer safer and more effective clinical options. Moving forward, MIRDC will continue collaborating with medical device manufacturers and academic institutions to expand the system's applications. With support for flexible endoscopy and puncture procedures, the platform can be extended to meet the precise navigation needs of the cardiac catheter positioning, lungs, liver, kidneys, breasts, bladder, sinuses, oral swallowing function and speech activity measurements and more-broadening its clinical value and medical impact.