Photon-Counting Detector Technology
The slim photon-counting crystalline silicon strip detector "scans" the breast and counts X-ray photons one-by-one. High DQE results from energy weighting, 95% scatter rejection, virtually no electronic noise, and 100% pixel warranty.
Industry-Leading 50 μm Resolution
The 50 μm pixel resolution — half the 100 μm pixel size of conventional FFDM systems — supports detailed visualisation of microcalcifications, fine bony architecture, and subtle architectural distortion across diverse breast morphology and density patterns.
Single-Shot Spectral Imaging
Single-Shot Spectral Imaging acquires spectral information within the routine low-dose mammogram with no extra examination time, no extra dose, and no contrast. Spectral data supports breast tissue composition assessment and personalized risk evaluation.
Spectral Breast Density Measurement
Spectral Breast Density Measurement is the first spectral application of the MicroDose SI. Spectral analysis of adipose and fibro-glandular tissue supports objective breast density quantification, personalized screening, and clinical decision-making across women's health programmes today.
SmartAEC Real-Time Exposure Control
SmartAEC adjusts radiation exposure dynamically based on breast density throughout the scan, providing correct exposure without the need for scout images. The real-time automatic exposure control supports consistent image quality across diverse patients.
Up to 11% Image Quality Improvement
The MicroDose SI delivers up to 11% improvement in technical image quality versus the predecessor MicroDose system at the same low radiation dose. Photon-counting energy weighting, scatter rejection, and 100% pixel warranty support exceptional image quality at low patient dose.
Diagnostic Scan and Patient Comfort
Diagnostic Scan delivers higher dose on a spot compression area for fine detail visualisation, supporting electronic magnification at lower dose than geometric magnification. Curved, warm breast support, gentle compression, and easy positioning enhance patient comfort across high-throughput screening services.
