3Dimensions™ Mammography System
Breast Tomosynthesis
A better 3D™ breast screening experience – for everyone.
The new 3Dimensions™ system is designed to provide higher quality 3D™ images for radiologists, a more comfortable mammography experience for patients and enhanced workflow for technologists. Discover how sharper images and smarter technologies continue to help find invasive cancers – regardless of age or breast density.1-6
The new 3Dimensions™ Mammography System matches the unrivaled performance of our 3D Mammography™ exam, which is more accurate than conventional 2D mammograms, detecting 20-65% more invasive breast cancers.
Breakthrough improvements transform the patient experience without compromising speed or accuracy. For more detailed information, please visit the 3Dimensions product page by clicking here.
Clarity HD
The sharpest 3D™ images ever. Reveal the finest details with the fastest, highest resolution 3D™ images available, designed to detect more invasive cancers with confidence. Our advanced detector and innovative 3D™ imaging algorithm work together to deliver exceptional 3D™ images – regardless of breast size or density.
SmartCurve™ Breast Stabilization System
More comfortable mammograms. More satisfied patients.
SmartCurve™ Breast Stabilization System Hologic addresses the main reason too many women put off having a potentially life-saving mammogram: discomfort.1 Our SmartCurve™ breast stabilization system delivers an exceptional patient experience without compromising image quality, workflow or dose.
Designed to be the fastest, highest resolution breast tomosynthesis system, ever.
The new 3Dimensions™ mammography system matches the unrivaled performance of our Genius™ 3D Mammography™ exam, which is more accurate than conventional 2D mammograms, detecting 20%-65% more invasive breast cancers.§ Breakthrough improvements transform the patient experience without compromising speed or accuracy.
- Clinically proven to deliver a more comfortable mammogram.7
- Improves the patient experience with a curved compression surface that mirrors the shape of the breast, for a more even compression.
- Designed to improve visibility of fine details for greater diagnostic confidence.*
- Enables technologists to conduct fast, efficient exams and accelerate reading time to streamline workflow.**
