Magnendo: We make even beginners feel like experts.
Brain vascular surgery is still performed by hand, using extremely precise and risky techniques. Performing vascular interventions involves threading a guidewire through the body's winding blood vessels via the thigh artery, then pushing and turning it until it reaches the precise location to remove a clot or insert a stent. This entire process requires real-time image interpretation, torque control, navigation through complex anatomical structures, and decision-making within seconds. Since even a small mistake can be life-threatening, even for neurosurgeons, " mastery" is a skill achieved only after years of repetitive training . But then, a founder emerged who was determined to fundamentally change this desperate manual process . He was CEO Kim Yun-ho . He graduated from Seoul National University's Department of Mechanical Engineering and earned his doctorate from MIT. He was a researcher who spent his entire student years relentlessly pursuing surgical robotics technology. A founder who started from a problem, not a technology CEO Kim Yun-ho has been fascinated by robotics since middle and high school, and during his undergraduate years, he developed a particular interest in surgical robots. He personally visited Seoul National University Bundang Hospital and Asan Medical Center, interviewing neurosurgeons. Through this process, he discovered that it wasn't simply a field that machines could replace, but rather a field where human error and limitations could be precisely compensated for. EVT (Endovascular Thrombectomy) , in particular , is a highly complex procedure requiring navigation through extremely narrow and tortuous cerebral blood vessels. Our goal is to make it possible for even junior doctors to perform it reliably. This is a more fundamental approach than automation. "Technology that makes people better" is CEO Kim Yun-ho's core technical philosophy. Beyond technology, as one system Magnendo's core technology is a magnetic guidewire . A polymer wire embedded with magnetic particles is remotely controlled by an external permanent magnet robotic arm. This allows for much more precise and faster targeting, even in cerebral blood vessels with complex angles and numerous branching points. What's remarkable is that all of this is accomplished without AI . It's a strategy that avoids regulatory burdens and unpredictability, focusing on engineering perfection and practicality .
- Band stories
Ian Choi (Senior Principal)