Thanks to harmonized crystal structure and on-pixel amplification, CMOS detectors leverage a higher spatial resolution which enhancing the visibility of small lesions and also significantly reducing the effect of noise and improve dose efficiency without compromising clarity.

Conventional AEC collects breast density information from limited areas. This can lead to inaccurate estimates due to uneven tissue distribution across the breast and affect subsequent exposure. uDose adopts full-panel pre-exposure to cover the entire glandular area of the breast, providing comprehensive data for accurate and precise dose calculations in a variety of clinical settings.

Our 40° wide-angle tomosynthesis captures 21 low-dose image projections in a single scan, improving the detection of subtle or unclear lesions at various depths in the breast. This extensive coverage reduces tissue overlap and provides detailed information crucial for accurate diagnosis. Our 15° tomosynthesis offers a faster, lower-dose screening mode with enhanced visibility for calcifications.

15° Narrow-angle screening mode can reduce scanning time by 30-40% compared to wide-angle diagnostic modes, from scan to reconstruct to present in ~ 10 sec, obtain narrow-angle DBT image slices and also U-view synthesized 2D images.

Efficiency：The CEM examination takes only 7minutes, eliminating the long wait for MRI scheduling and scanning.

Applicability：No MRI equipment compatibility restrictions, can accommodate patients with claustrophobia or metal implants.

Accurary：Effectively improves the ability to differentiate between benign and malignant conditions, reducing repeat examinations and waits caused by missed diagnoses, misdiagnoses, and unnecessary biopsies.

uMammo, powered by AI, streamlines the entire process from breast gland typing to lesion analysis and AI report generation in just one minute. This boosts efficiency for users and ensures accurate diagnoses, helping to address the challenges of radiologist shortages and maintaining diagnostic consistency in healthcare.

* This feature is an independent product and is not commercially available in all countries. Due to regulatory reasons, its future availability cannot be guaranteed.

For targeted lesion, uStereo calculates its spatial coordinates using parallax views from ±15°, enhanced with Multiview visualized needle guidance. Multiview precisely maps the target and simulates the needle pathway, enabling accurate biopsy with a target precision of ±1 mm.

Accurary：Utilizes contrast agent blood flow visualization to accurately target the active area of the lesion (rather than necrotic tissue), avoiding the pain and delays associated with repeat biopsies.

Efficiency：The entire process takes only 20-30 minutes, reducing the time compared to MRI-guided biopsy by more than half.

Applicability： Suitable not only for precise diagnosis in top hospitals but also easily promotable in privates, securing the golden window for early diagnosis and treatment of breast cancer.

Faster process: Compared to FFDM-Biopsy Puncture time shortened,Entire process only takes about 13min

Lower dose : Compared to FFDM-Biopsy Radiation dose reduced,One DBT scan can locate the lesion

Precise localization: Small angle for calcification clusters, Large angle for masses.Eliminates lesion localization uncertainty

uMammo 890i intelligent compression automatically stops compression at the ideal moment and releases the breast immediately after exposure, minimizing manual adjustments and maximizing women's comfort.

Benefit from the intelligent one-touch positioning, technicians no longer need to repeatedly move around to adjust the gantry.

Before compression, the breathing light can guide the patient. As the light on one side illuminates, it indicates which breast side should be compressed to prevent mistakes. During compression, patients can place hand on the curved armrest to prevent tension in the pectoralis major muscle, which could otherwise affect compression.