A Thermogram is a no-contact breast screening program that uses AI to analyze thermal patterns and physiological signals in the breasts. It helps women gain an early understanding of their risk so they can take timely action for their health. There is no pressing, no squeezing, and no radiation. This screening method is safe, repeatable as often as needed, and designed for your comfort — the entire process takes only about 10 minutes.
Thermal imaging captures infrared heat patterns on the surface of the body to screen for breast health. This method creates a heatmap that visualizes temperature irregularities that are often invisible to the naked eye. The heatmap is then analyzed by AI and reviewed by a specialized physician, all without requiring any physical contact throughout the screening process.
Thermogram is suitable for women of all ages who want to proactively take care of their breast health — not only those who feel concerned or have risk factors. It is also ideal for women with breast implants or naturally dense breast tissue, as the screening uses no radiation and requires no physical contact.
Worldwide Screenings
Latest Update 10/11/2025
A Private Breast Screening Experience
You’ll be in a private, temperature-controlled room that prepares your body for thermal imaging. Once the thermal images are taken, they will be analyzed using specialized AI and reviewed by an expert radiologist before being summarized into an easy-to-understand report with clear next-step guidance. Click here to understand the screening process even better.
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Thermography combines Digital Infrared Thermal Imaging (DITI) with a novel artificial intelligence-based medical device (Thermalytix® AI) to support breast cancer screening by identifying physiological changes that may be associated with breast disease.
Thermography is a radiation-free, non-contact screening method that is portable, accessible, and suitable for women across different age groups and breast densities.
Clinical studies have demonstrated that Thermalytix achieves high sensitivity and specificity in detecting breast abnormalities, with particularly strong performance in younger women and those with dense breast tissue. These characteristics make thermography a valuable supplement to established imaging modalities such as mammography and ultrasound, supporting early risk identification and appropriate clinical follow-up.