Cancer Illumination™ Imaging
Experience the next generation of intraoperative cancer visualization with the Synergy Vision™ imaging system, now cleared for use with CYTALUX® (pafolacianine) injection—an FDA-approved cancer imaging agent.
What Is Cancer Illumination Technology?
Cancer Illumination imaging provides real-time visualization of malignant tissue. Using targeted fluorescent agents and near-infrared (NIR) imaging, the unique technology enables surgeons to identify and remove cancerous lesions in the lungs and ovaries.
Fluorescent agents bind to cancer-specific receptors and emit a signal under NIR light, causing tumors to “light up” during surgery. This illumination allows for clear differentiation between healthy and cancerous tissue, improved detection1 of small or hidden lesions, and enhanced visibility of tumor margins.
Applications in Lung and Ovarian Cancer
Cancer Illumination imaging has proven especially valuable in thoracic and gynecologic oncology. It helps uncover lesions that may not be visible on preoperative imaging and assists in guiding more confident resections, even in anatomically challenging areas.


How Cancer Illumination Works
Cancer Illumination imaging has proven especially valuable in thoracic and gynecologic oncology. It may help uncover lesions that may not be visible on preoperative imaging and assists in guiding more resections, even in anatomically challenging areas.


Applications in Lung and Ovarian Cancer
Proven Results
Cancer Illumination imaging is supported by clinical trials in both lung and ovarian cancer diagnoses. Surgical oncology studies show improvements in cancerous lesion detection, closer margins, and more.1

8%
What is Synergy?
The Synergy product portfolio is a comprehensive set of interconnected surgical tools and technology for the operating room. Our award-winning imaging system is comprised of 4K cameras and monitors and video and data integration. The integrated surgical devices include soft-tissue and bone resection, fluid management, and insufflation.