PET/MRI System

The uPMR 790 enables simultaneous PET/MRI imaging with high temporal and spatial resolution. Next generation PET and MRI technologies redefine routine clinical imaging of real-time anatomical and functional imaging, while redefining cutting edge research imaging.

- With a 32 cm Time-of-Flight (TOF) digital PET technology, industry leading 2.8 mm NEMA resolution and high 16 cps/kBq sensitivity, the uPMR 790 delivers exceptional PET image quality that is built upon the uEXPLORER® technology.

- Empowered by United Compressed Sensing (uCS® 2.0) for ultra fast acquisition, powerful 45 mT/m; 200 T/m/s gradient performance, and world class homogeneity, the uPMR 790 produces fast, high-resolution MR imaging that can be acquired in real-time with 16x acceleration.

- The uSync research platform facilitates new research opportunities, including simultaneous tracking of PET and MR tracers, simultaneous cardiac PET and MR, functional neurological PET/MR, and multi-parametric radiomics.

Unmatched homogeneity (0.055 ppm @ 30 cm DSV (Typical)), means that you can reliably achieve skin-to-skin fat saturation, while the spacious 50 x 50 x 50 cm field-of-view allows for easy patient positioning.

- Digital LYSOPET Detectors , The ultra-large 32 cm PET FOV and 480 ps timing resolution and high sensitivity shorten whole-body exam times while capturing more signal data.

- United Compressed Sensing (uCS 2.0)

uCS 2.0 is a novel approach to Compressed Sensing (CS) which incorporates prior knowledge of Partial Fourier, Parallel Imaging, and CS as weightings to mitigate artifacts and allows for exceptional acquisition speed and image quality.

- 2.8 mm NEMA PET Resolution

The 2.8 mm NEMA PET spatial resolution enables the precise detection of subtle lesions, providing comprehensive imaging for staging, treatment planning, and response assessment.

- HYPER Iterative Reconstruction (ROSEM)

HYPER Iterative automatically finds the optimal converged solution resulting in reconstructed images with higher quantitative accuracy and better signal-to-noise ratio.