Lumen Medical
Lumen Medical develops AI-enabled, real-time sensing technology for endovascular procedures, addressing the spatial ambiguity of traditional 2D X-ray imaging. The platform aims to reduce radiation and contrast exposure while improving procedural precision and outcomes for cardiovascular interventions. Its technology is positioned as a new class of sensing distinct from bulky imaging catheters.
- Healthcare Technology
- Medical Devices
- Artificial Intelligence
- Digital Health
- Hardware
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Endovascular procedures are critical for treating cardiovascular disease, but current imaging methods rely on 2D X-ray projections that suffer from spatial ambiguity. These procedures also expose patients and clinicians to radiation and contrast-related risks, while existing imaging catheters are bulky and limit procedural precision.
Solution
Lumen Medical is pioneering a new class of AI-enabled, real-time sensing technology designed to enhance the speed, safety, and success rates of endovascular procedures. The technology provides clinicians with more precise spatial awareness during interventions, reducing reliance on ambiguous 2D imaging. By integrating artificial intelligence with advanced sensing capabilities, the platform aims to deliver clearer, more actionable guidance in real time. This approach is intended to minimize radiation exposure and contrast usage while improving overall procedural outcomes, helping physicians rely less on experience and guesswork during interventions.
Target Audience
Primary customers are interventional cardiologists, vascular surgeons, and interventional radiologists performing endovascular procedures, as well as hospitals and medical centers seeking to improve procedural precision and patient safety.
Features
- AI-enabled real-time sensing technology for endovascular navigation
- Designed to overcome spatial ambiguity inherent in 2D X-ray projections
- Aims to reduce radiation and contrast risks during interventional procedures
- Technology platform positioned as a new class of sensing, distinct from bulky imaging catheters
- Focused on improving speed, safety, and success rates in cardiovascular interventions