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MAMMOMAT B.brilliant Key Visual

PlatinumTomoYour new benchmark in tomo imaging

An ex-vivo breast tissue phantom was used

There’s a new way to acquire 3D images in tomosynthesis, one that may help you achieve excellent outcomes for your patients, your radiologists, and your breast care professionals.

The MAMMOMAT B.brilliant uses PlatinumTomo technology, which leverages 50°  wide-angle tomosynthesis, UltraHD PREMIA image reconstruction, new acquisition tube technology, and an even faster detector.

Together, this technology can help you:

  • Obtain the highest depth resolution in mammography
  • Achieve excellent in-plane image quality
  • Get unprecedented synthesized 2D imaging quality
  • Reduce compression time and improve image acquisition speed
  • Easily integrate the system into your existing fleet

State-of-the-art detector

The MAMMOMAT B.brilliant is equipped with a new, cutting-edge detector.

For fast read outs, high 3D image quality, and improved patient comfort

With this detector’s advanced technology and slim design, you can:

  • Support short compression times and high 3D image acquisition speed thanks to its ultra-fast detector read out.
  • Gain clinical confidence with high 3D image quality from non-binning, high-resolution technology.
  • Increase patient comfort thanks to the slim detector design, which also allows wheelchair accessibility.

UltraHD Insight 2D – Synthetic imaging

Setting the standard for synthetic mammograms

Get a synthetic mammogram that looks more like an FFDM image than ever before with Insight 2D, which uses our UltraHD PREMIA image reconstruction algorithm and AI-powered denoising.

FFDM

FFDM 

UltraHD Insight 2D

UltraHD Insight 2D 

UltraHD Insight 3D – Synthetic imaging

For improved orientation and visualization

This is the only rotating 3D mammogram. By freely rotating a 3D mammogram, you can improve the orientation and visualization of microcalcifications and their distribution compared to tomosynthesis alone.4,2

This can improve your diagnostic confidence and help you communicate visually and easily with patients, surgeons, and referring physicians.

Any technical data contained on this website may vary within defined tolerances. Original images always lose a certain amount of detail when reproduced.
1
Data on file. For average breast size of 50/50 glandular/adipose tissue and 5 cm thickness.
2
Scaduto DA, et al. Impact of angular range of digital breast tomo- 
synthesis on mass detection in dense breasts. Eur Radiol. 2018;  28(10): 4098–105; compared to FFDM; PMA P140011/S001 &  P140011/S003; Georgian-Smith D, et al. Can Digital Breast Tomo- synthesis Replace Full-Field Digital Mammography? A Multireader,  Multicase Study of Wide-Angle Tomosynthesis. AJR Am J Roent- genol. 2019; 213(5): 1146–53.
3
In comparison to MAMMOMAT Revelation.
4
Responses from more than 400 radiologists. Survey conducted at RSNA 2014, ECR 2015, and Advisory Board 2015 | 2 Tani H, et al. (2014): Assessing Radiologist Performance and Microcalcifications Visualization Using Combined 3D Rotating Mammogram (RM) and Digital Breast Tomosynthesis (DBT).
5
Maldera et al. (2016): Digital breast tomosynthesis: Dose and image quality assessment. Physica Medica, pp. 1-12.
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