Selenia Dimensions 2D Full-Field Digital Mammography
Selenia Dimensions 2D Full-Field Digital Mammography
Breast Imaging for Today and Beyond
At Hologic, our mission is to continually push the boundaries of imaging technology, giving you greater power to detect subtle breast tissue changes, ultimately enhancing your ability to detect breast cancer early.
The Selenia® Dimensions™ 2D full-field digital mammography system, the newest addition to our family of breast imaging solutions, offers the superior image quality you have come to expect from Hologic and can be configured for 3D breas
t imaging when and if breast tomosynthesis is approved by the FDA.
The Selenia Dimensions 2D system is the ideal choice for centers that want a flexible digital breast imaging platform with state-of-the-art image acquisition and display features.
Selenia Dimensions 2D delivers:
- Image acquisition and simultaneous display of priors integrated into one intuitive acquisition workstation

- An ergonomic gantry and acquisition workstation designed with productivity and simplicity in mind
- An advanced selenium direct capture detector with a fast cycle time for excellent image quality and more efficient workflow
- A flexible platform that can be configured for 3D breast imaging when and if breast tomosynthesis is approved by the FDA
Dimension 3D
For years, Hologic has been working at the forefront of the development of breast tomosynthesis. Now we are bringing forth the first practical tool for tomosynthesis in the real world. We call it Selenia Dimensions. Dimensions starts with technology similar to that of our celebrated Selenia full-field digital mammography system. With its large
amorphous selenium detector, it too can “direct capture” 2D mammograms with the same extraordinary clarity you’ve come to expect from Selenia. And incorporating a tungsten tube means we can do it with even less patient radiation exposure than before. But Selenia Dimensions takes you to the next step in detection: fast, low-dose, high-quality 3D imaging of the breast.



