INVESTMENT OPPORTUNITY

Series Seed Round

Join LumenGuides in advancing interventional pulmonology through autonomous robotic navigation, intraluminal optical sensing, and AI-driven airway reconstruction

The Challenge

A persistent gap in lung cancer diagnosis

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Our Solution

Naviscope — Autonomous Bronchoscopic Navigation Platform

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Key Technical & Clinical Differentiators

Technology designed to advance bronchoscopic navigation

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Progress & Validation

Key milestones achieved

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Market Opportunity

Addressing a significant unmet need

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Funding Status

LumenGuides has secured $2.8M to date and was recently awarded the maximum grant under the Israel Innovation Authority (IIA) Seed Program (6M NIS). Under the grant terms, release of the IIA funding is contingent upon completion of a matching private investment, which must be deposited to unlock the grant. Accordingly, closing the matching round by early March is a critical milestone.

Use of Funds – $1.5M Seed Round

Clinical Development

40%

30-patient First-in-Human pilot study

Regulatory Pathway

25%

FDA 510(k) preparation and submission

Product Development

25%

Design optimization and manufacturing scale-up

Team Expansion

10%

Key clinical, regulatory, and engineering hires

18-Month Milestones

Complete First-in-Human pilot study demonstrating safety and feasibility
Submit FDA 510(k) application
Unlock full Israel Innovation Authority grant funding
Prepare for Series A fundraising

Our Team

Leadership

Limor Prigan

CEO

Former leadership roles at Fujifilm, Avertto Medical, Kornit Digital

Yaniv Kirma

CTO

Co-founder of Fibernova (acquired by Broncus Medical)

Prof. Doron Kopelman

CMO

Former Head of Surgery, Technion; President, Israeli Surgical Association

Dan Vigdor

Global Business Development (USA)

International commercialization and market-entry expert

Medical Advisory Board

  • Prof. Eli Atar
  • Prof. Moti Kramer
  • Prof. Doron Kopelman

Why It Matters

By integrating robotics, intraluminal optical sensing, and AI, Naviscope represents a foundational step toward radiation-free, autonomous navigation in interventional pulmonology—with the potential to enable earlier lung cancer detection, reduce invasive procedures, and improve patient outcomes.