Breaking Barriers. Advancing Whole-Body Imaging.
Breaking Barriers. Advancing Whole-Body Imaging.
The uMI Panorama GS is an advanced PET/CT solution for whole-body imaging with state-of-the-art uExcel technology inside. The uMI Panorama GS is the first whole-body system to break the 200 ps timing barrier and touts an impressive 148 cm axial field of view.* This system delivers exceptional capabilities for both functional and anatomical imaging, expanding both clinical and research possibilities.
* Data on File.
uMI Panorama GS is a whole-body PET/CT system that is equipped with the next-generation uExcel UDP detector, enabling a record-breaking TOF performance, high spatial resolution, and high system sensitivity.
Precision Without Compromise
The remarkable 148 cm axial field of view (FOV) of this system allows for a broader high-sensitivity region within the axial FOV, supporting super-high resolution whole-body imaging. The innovative uExcel technology platform empowers uMI Panorama GS with an intelligent and user-friendly workflow.
Expanding Whole-Body Imaging with 148 cm AFOV
The comprehensive high system performance of the uMI Panorama GS can facilitate advancements in clinical practice and research in various PET/CT fields.
Enabling a Panoramic View for New Clinical and Research Dimensions
The uMI Panorama GS expands PET/CT clinical applications and research possibilities by visualizing dynamic whole-body PET tracer distribution, including whole-organ systems in a single bed position.
This fully configured, 0.25 second rotation speed, 160-slice AI-empowered diagnostic CT provides high image quality with low radiation dose that can be used as a standalone or back-up CT for advanced Radiology procedures.
The uMI Panorama GS has a 76 cm illuminated patient bore along with tunnel cameras and in-bore intercoms to improve the patient experience and comfort.
The uMI Panorama GS touts 2.9 mm NEMA PET resolution along with 199 ps timing resolution and its 160-slice CT enables 0.25 s rotation speed with 0.22 mm spatial resolution for quantitative accuracy and small lesion detectability.