The world's first autonomous, radiation-free bronchoscopy system powered by AI and fiber optic sensors
Early-stage lung cancer detection has long been hampered by the limitations of traditional bronchoscopy systems. Current methods rely heavily on radiation exposure, external imaging, and operator expertise — creating barriers to accessible, accurate diagnosis. LumenGuides is changing this paradigm entirely.
Our breakthrough innovation, Naviscope, represents the world's first single-use, radiation-free, AI-powered bronchoscopy system. By combining advanced fiber optic sensors (FBGs) with cutting-edge AI architectures, Naviscope can autonomously reach peripheral lung lesions that were previously inaccessible using standard bronchoscopes or even robotic systems.
The global bronchoscopy market represents an enormous opportunity, with projections showing growth to $17 billion by 2030. This growth is driven by several critical factors:
Current solutions require radiation exposure and heavy operator dependency, creating accessibility barriers
Naviscope is approximately 90% more affordable than current robotic systems
Radiation-free, operator-independent solutions address critical healthcare workflow challenges
LumenGuides is currently raising a $4M Seed Round to accelerate our path to market and clinical validation. These funds will enable us to:
We're honored to work alongside leading medical professionals who share our vision for transforming lung cancer detection:
Head of Pulmonary Medicine
Rabin Medical Center
Head of Imaging
Rabin Medical Center
At the helm of this revolutionary technology is Limor Prigan, ChE, MBA, Founder & CEO of LumenGuides. With her unique combination of chemical engineering expertise and business acumen, Limor is driving the company's mission to reshape the future of lung biopsies.
Discover how LumenGuides is transforming lung cancer detection with autonomous, radiation-free technology.
🌐 Website: https://lumenguides.com
📧 Contact: limor@lumenguides.com
Connect with Limor Prigan for a short Zoom call to explore how we're reshaping the future of lung biopsies.