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MAMMOMAT Revelation

Biruni Hospital delivers healthcare services at international standards, utilizing state-of-the-art medical technologies for the accurate diagnosis and effective treatment of a wide range of diseases.

MAMMOMAT Revelation: Advanced 3D Mammography for Early Breast Cancer Detection

At Biruni University Faculty of Medicine & University Hospital, we stand with you in the fight against breast cancer with our state-of-the-art MAMMOMAT Revelation system.

Equipped with 50-degree wide-angle tomosynthesis technology, this advanced mammography device captures detailed 3D images of breast tissue, allowing for more precise and accurate detection of lesions. This enables earlier diagnosis and timely treatment of breast cancer.

Advantages of MAMMOMAT Revelation

  • Higher Accuracy
    Wide-angle tomosynthesis technology enhances diagnostic accuracy, improving the detection of cancerous lesions with greater precision.

  • Earlier Diagnosis
    Capable of detecting even the smallest abnormalities in their earliest stages, increasing the likelihood of successful treatment outcomes.

  • Improved Diagnostic Confidence
    By clearly separating overlapping tissues, the device reduces false positives and minimizes the need for unnecessary biopsies.

  • Lower Radiation Dose
    Thanks to PRIME technology, MAMMOMAT Revelation uses up to 30% less radiation compared to standard 2D mammography — without compromising image quality.

  • Enhanced Patient Comfort
    The personalized soft compression feature reduces discomfort during imaging.
    With AEC (Automatic Exposure Control) and OpDose technologies, the system adjusts radiation levels to each patient’s specific needs, ensuring both safety and optimal imaging.

Clinical Use Cases

MAMMOMAT Revelation enables the early detection of asymptomatic breast cancer, making it a powerful tool for routine screening.
In cases where a suspicious mass is found, it supports detailed diagnostic imaging and targeted biopsies by producing clear, three-dimensional visuals of the affected area.

This advanced imaging allows radiologists and surgeons to more accurately localize lesions and plan interventions with confidence.