Global Medical Directory is part of the Informa Markets Division of Informa PLC

This site is operated by a business or businesses owned by Informa PLC and all copyright resides with them. Informa PLC's registered office is 5 Howick Place, London SW1P 1WG. Registered in England and Wales. Number 8860726.

14H45 Selenia Dimensions 2D-3D
Connect with this vendor - Learn about this product

14H45 Selenia Dimensions 2D-3D

A flexible digital breast imaging platform providing state-of-the-art image acquisition and display

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 breast imaging when and if breast tomosynthesis is approved by the FDA.

 

The Selenia Dimensions 2D acquisition workstation features integrated x-ray control capabilities and an image acquisition console that offers a unique ergonomic design and an efficient user interface. An intuitive touchscreen display and an icon-driven user interface make it easy to use, improving patient throughput.

Images can be acquired and reviewed within seconds, and the imaging parameters can be adjusted quickly to meet the requirements of the examination. Several weeks of mammography examinations can stay locally on the acquisition workstation, to efficiently accommodate recalls.

Selenia Dimensions 2D has built-in quality controls which streamline system QC and assures optimal performance. Reject and repeat analysis reports are generated automatically, greatly simplifying administrative reporting. Altogether it’s a better way to capture, analyze and share information across the team.

 

A Way to Be Surer. Sooner.

Breast tomosynthesis is the newly emerging method for delivering high quality images of breast tissue in three dimensions. We have good reason to believe it will be a quantum leap forward in breast cancer detection. Selenia Dimensions rapidly captures a series of low-dose images at different views around the breast.

From these original images, we can quickly compute a “synthetic tomogram” sequence, separating the full depth of tissue into discrete one-millimeter layers. This separation of tissue into virtual layers helps the physician clearly see features which might be obscured in a traditional mammogram.

Specialty: