Revolutionizing cancer treatment with nuclear medicine

Beams develops intraoperative detection technologies that use medical radiation to reveal tumor tissue during cancer surgery improving precision, reducing residual disease, and supporting surgeons in securing clear margins.

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250+

Cancer types
Proprietary technologies advancing intraoperative detection

10+

Patents filed
Proprietary technologies advancing intraoperative detection

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Real-time Detection
Low latency cancerous cells detection

50+

Radiotracers
High compatibility for agnostic radiotracers use

Scientific & Clinical Partners

Our innovation is strengthened by partnerships with leading research institutes, hospitals and deep‑tech organisations committed to advancing intraoperative cancer detection. These collaborators provide scientific insight, clinical feedback and expert guidance that help shape and validate our technology.

Funding & Deep‑Tech Investors

We are also backed by national innovation funds, investor networks and deep‑tech sponsors whose support accelerates our research and brings nuclear‑guided precision to operating rooms worldwide. Their funding fuels our growth, clinical trials and the broader adoption of our solutions.

Precision for every surgical decision

Empowering surgeons with real-time, intraoperative tumor detection. Our advanced systems integrate nuclear medicine and photonics to deliver actionable guidance and improve patient outcomes.

Nuclear precision

Harnessing PET radiotracers and sensitive detectors, our technology reveals sub-millimetric tumor margins, enabling confident surgical navigation.

Surgical integration

Designed for seamless use in the operating room, our tools combine ergonomic form factors with intuitive interfaces for efficient workflows.

Real-time feedback

Instant detection and visualization of residual tumor tissue support faster decisions and reduce the risk of incomplete resection.

Clinical collaboration

Developed alongside leading clinical teams, our solutions are validated through rigorous research and real-world surgical experience.

The challenge in surgical oncology

Bringing nuclear medicine into the surgeon’s hand.

Beams develops intraoperative systems that couple beta-radiation detection with surgical tools and workflows. By using established radiotracers already injected for imaging or therapy, our technology turns scintillation signals into intuitive feedback for surgeons – directly at the point of care

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Beams latest news

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Beams Featured on Les Deeptech — A Portrait of Leadership and Mission in Precision Surgical Oncology - Virginie Simon

Beams’ co-founder and president, Virginie Simon, was recently profiled by Les Deeptech, an initiative of Bpifrance highlighting deeptech leaders. The feature shares Virginie’s inspiring journey and the vision driving Beams as it develops innovative tools to transform intraoperative cancer care.

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Beams Invited by 3DEXPERIENCE Lab to Share Its Vision of Precision Surgical Oncology on BFM Business

As part of the 10th anniversary of the 3DEXPERIENCE Lab acceleration program, Beams was invited to present its technology on BFM Business. This opportunity allowed us to share our mission, our scientific roots, and our approach to improving surgical precision through real-time intraoperative tumor detection.

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Beams Awarded i-Lab 2023 in the Medical Technologies Category

In 2023, Beams was selected as a laureate of the i-Lab Innovation Competition, France’s leading national program supporting deeptech startups. This milestone recognizes the scientific maturity of the project and supports the transition from advanced research to pre-industrial medical technologies.

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Beams Selected in the Challenges “100 Startups to Invest in” 2023 List

In 2023, Beams was selected in the Challenges magazine list of the 100 startups to invest in, a benchmark ranking highlighting the most promising French technology ventures. This recognition underscores the relevance of Beams’ scientific approach and its long-term potential in medical and nuclear technologies.

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Transforming cancer surgery guidance