Next-generation intraoperative systems transform PET radiotracer signals into actionable surgical guidance for oncology teams.
Our intraoperative systems empower surgeons with sub-millimetric precision, transforming PET radiotracer signals into actionable guidance for confident, efficient cancer surgery. Experience advanced detection, seamless integration, and improved patient outcomes.
Empowering surgeons with real-time, intraoperative tumor detection. Our advanced systems integrate nuclear medicine and photonics to deliver actionable guidance and elevate surgical outcomes.
Harnessing PET radiotracers and sensitive detectors, our technology pinpoints residual tumor tissue with sub-millimetric accuracy, supporting confident surgical margins.
Designed for seamless use in the operating room, our tools combine ergonomic form factors with intuitive interfaces, ensuring focus remains on the patient.
Immediate, actionable insights during surgery enable faster procedures, clearer decisions, and improved outcomes for both patients and clinical teams.
Our systems are developed in collaboration with leading clinicians, prioritizing usability, workflow compatibility, and the highest standards of safety and reliability.
Our intraoperative systems empower surgeons with sub-millimetric precision, transforming PET radiotracer signals into actionable guidance for confident, efficient cancer surgery. Experience advanced detection, seamless integration, and improved patient outcomes.
Explore detailed insights into our intraoperative detection systems, technology integration, and clinical applications. Find clarity on how advanced nuclear guidance is transforming surgical oncology.
Our systems utilize PET radiotracers and high-sensitivity scintillation detectors to identify residual tumor tissue in real time. This approach enables surgeons to visualize and localize cancerous cells with sub-millimetric accuracy during procedures.
By providing immediate feedback on tumor margins, our technology supports more complete resections, reduces the risk of residual disease, and streamlines surgical decision-making, ultimately improving patient outcomes and procedural efficiency.
Our detection platform is designed for compatibility with a range of clinically approved PET radiotracers, allowing flexible integration into existing surgical workflows and supporting diverse oncological indications.
The device features ergonomic design and intuitive interfaces, ensuring seamless adoption in the operating room. It is engineered for ease of use, rapid setup, and minimal workflow disruption for surgical teams.
Our solutions are developed in collaboration with leading clinical centers and validated through preclinical and clinical studies. Ongoing research demonstrates improved detection rates and enhanced surgical precision.
Comprehensive onboarding and user support are provided. The system’s intuitive design minimizes the learning curve, enabling surgical teams to quickly adopt nuclear-guided detection in routine practice.
