Brain's blood vessels are difficult to navigate because of their complex and tortuous anatomy. Difficult target access leads to delayed treatment and poor clinical outcomes for stroke patients, and tortuous anatomy increases the risk of procedural complications, such as vessel perforation or dissection.
Our magnetically steerable soft-robotic guidewire enables faster, safer, and easier access to hard-to-reach targets in the brain's vasculature, reducing procedural time and complications to improve patient outcomes while reducing the cost of neuroendovascular care.
After years of research and development at MIT, we introduce our neurovascular robotic system to revolutionize endovascular treatments of strokes and brain aneurysms. Our system enables physicians to reach previously untreatable areas of the brain, shortens procedure times for improved outcomes, and minimizes unsafe maneuvers that can lead to devastating hemorrhagic complications.
Our mission is to make life-saving endovascular procedures faster, safer, and more accessible for every patient through robotic technology. Validated by leading neurointerventional physicians, our platform has demonstrated the potential to dramatically reduce procedure times while improving consistency across physicians and patient anatomies.
As we prepare our first clinical system and enter our next phase of growth, we are assembling a world-class team to help redefine the future of neurovascular intervention. Together, we will set a new standard for endovascular care and bring transformative technology to physicians and patients around the world.
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