The uMI 780 is an ultra-fast high-resolution digital PET/CT scanner that is built with the uEXPLORER PET technology inside. The uMI 780 offers whole organ coverage with adaptable bed positions, changing the way traditional PET/CT imaging is done.
The integrated light guide digital detectors inside the uMI 780 consist of silicon photomultipliers (SiPMs) and fine 2.76 mm lutetium-yttrium oxyorthosilicate (LYSO) crystals. This provides exceptional image quality with 2.9 mm NEMA resolution that improves quantitative accuracy and small lesion detectability.
The Z-Detector reduces electronic noise down to a single photon level and the fully integrated design shortens the signal transmission length from centimeter to micron scale, resulting in tremendous electronic noise reduction and efficient X-ray utilization. Utilizing 74,880 elements and a 0.5 mm individual element size allows for highly detailed images, while the fast rotation speed of the system improves cardiac scan quality and allows low-dose data acquisition.
The 30 cm axial PET FOV enables complete coverage of organs without image stitching, such as full cerebrospinal coverage or full lung coverage. uMI 780 is able to complete a skull base to mid-thigh scan in only three bed positions for a fast and comfortable patient experience.
The uMI 780 offers solutions tailored to our customer's needs and may coitain technologies such as TOF, PSF, head movement correction, correction of artifacts derived from metal implants and prospective and retrospective respiratory gating which expand clinical prospects for every practice.
2.9 mm ultra-high NEMA PET resolution improves quantitative accuracy and small lesion detection
16 cps/kBq high system sensitivity boosts data acquisition and enables low-dose PET scans
30 cm axial FOV for full organ coverage
a: Conventional PET-CT head image;
b: Digital light-guide PET-CT head image
Low Dose (18F-FDG, 3mCi, BMI 21.7, 3min/bed，3beds)
a: Conventional whole-body PET-CT image;
b: Digital light-guide whole-body PET-CT image
Ultra-large axial FOV (Malignant melanoma)
Motion Compensation Technology
a: Before motion correction;
b: After motion correction
Oncology Application (Accurate segmentation; tumor tracking at multiple time points; multi-parameter analysis; automatic PERCIST assessment)
Cardiology Application (Comprehensive visualization of myocardium)
Cardiology Applications (Cross section view of myocardium)
Cardiology Application (3D visualization of myocardial defect)
Neurology Application (Quality Control)
Neurology Application (Compare)
Neurology Application (Qualitative and quantitative analysis of amyloid protein)
Neurology Application (EQuAL Preoperative evaluation of epilepsy)
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