The uMR Jupiter represents a groundbreaking evolution in the world of MRI. The brand new 5T superconducting magnet, as well as the RF system design, uses state of the art technology and customized sequences to achieve an entirely new level of innovation. It opens the door to explore new frontiers in ultra-high field (UHF) MRI with exclusive whole-body clinical and research 5T applications, allowing us a further look into "see the unseen". An entirely new species of whole-body MR says hello to the world.
The 5T magnetic resonance demonstrates elite hardware performance, specifically in four key components: magnet, radiofrequency, gradient, and the gradient power amplifier. The ultra-high field strength of a 5 Tesla magnet significantly improves SNR and resolution. In terms of radiofrequency, the 8-ch parallel transmit coil ensures a uniform and stable radiofrequency field, especially for body imaging. The gradient power amplifier, with a 3.5MW output power, provides abundant energy for the gradient coil.
High resolution ankle imaging
Images courtesy of United Imaging
Diabetic foot, 5T shows more abundant Foot Arteries than 3T under same spatial resolution.
Images courtesy of United Imaging
5T gets higher resolution imaging , and clearly displays the muscle trabeculae (black arrow) and tendon cords (white arrow) than 3T.
Images courtesy of Zhongnan Hospital of Wuhan University, China
The subendocardium fibrotic structure is clearly shown at 5T HR cardiac MRI.
Images courtesy of Zhongnan Hospital of Wuhan University, China
During the 5T coronary artery test on the volunteer, multiple coronary vascular abnormal signals were found, which were confirmed by CCTA as plaques.
1 Images courtesy of United Imaging
2 Images courtesy of Zhongshan Hospital, Fudan University, China
Images courtesy of United Imaging
High resolution elbow imaging.
Images courtesy of United Imaging
More abundant lenticulostriate arteries at 5T TOF under same scan time and spatial resolution.
Images courtesy of United Imaging
5T high-resolution TOF can demonstrate the presence and location of the MCA dissection, but 3T cannot.
Images courtesy of Peking Union Medical College Hospital, China
5T high-resolution VWI showed MCA plaque and LSA perforating artery atheroma, helped in identifying the culprit plaque of distal infarction.
Images courtesy of Zhongnan Hospital of Wuhan University, China
5T SWI showed subcortical venules clearer than 3T.
Images courtesy of Peking Union Medical College Hospital, China
5T HR imaging, clearly displaying the structure of the hippocampus
Images courtesy of United Imaging
Displaying the "missing" U-fibers
Images courtesy of United Imaging
Shows the distribution of activated areas on the deep cortex
Images courtesy of United Imaging
Images courtesy of Anhui Provincial Hospital, China
Images courtesy of Zhongnan Hospital, Wuhan University, China
High resolution hip imaging
Images courtesy of United Imaging
Clinical Information: Male, 51-years-old, seeking medical advice after targeted treatment for gastric malignancies.
MicroView high-resolution imaging is helpful in detecting the internal signal heterogeneity of complex renal cysts.
Images courtesy of Anhui Provincial Hospital, China
5T ultra-high field knee imaging offers a high signal-to-noise ratio and high resolution, allowing for clear observation of cartilage and other structures.
Images courtesy of United Imaging
5T high resolution routine abdominal imaging
Images Courtesy of Anhui Provincial Hospital, China
Enhanced high-resolution thin-slice imaging clearly shows the hepatic portal vein and hepatic vein, which is useful for assessing the relationship between tumors and blood vessels.
Images Courtesy of Anhui Provincial Hospital, China
Clinical Information: Male, 60-years-old, hepatocellular carcinoma with right portal vein tumor thrombus formation.
uSWIFT can evaluate the entire process of the disease: high-resolution SWI imaging of the liver, sensitively displays the portal vein tumor thrombi and heterogeneous signals inside the tumor thrombi. In addition, the view of intratumoral microbleeds helps to evaluate tumor invasion and progression.
Images Courtesy of Anhui Provincial Hospital, China
5T high resolution lower extremity vascular imaging clearly shows distal branches of lower limb arteries.
Images courtesy of United Imaging
5T MicroView high-resolution imaging of the pancreas clearly shows the relationship between bile duct and lesions.
Images courtesy of Peking Union Medical College Hospital, China
5T high resolution prostate imaging clearly shows the fine structure of the gland.
Images courtesy of United Imaging
5T high resolution prostate imaging clearly shows the fine structure of the gland.
Images courtesy of United Imaging
Increase MRS resolution - - prostate citrate split into two peaks at 5T.
Images courtesy of United Imaging
High resolution shoulder imaging
Images courtesy of United Imaging
Ultra-high resolution imaging at 5T clearly delineates fine structures such as cartilage and bone tissue.
Images courtesy of United Imaging
Driven by clinical needs and technological innovations, the plateform was developed to foster the exploratory minds of medical experts to expand their technical and clinical potential. The uMR Jupiter promotes a new era of whole-body clinical applications in the ultra-high field magnetic environment, leading the exploration of precision medicine.
Based on the true conception and application of innovation, the uMR Jupiter was born. A new era of ulta-high field whole-body imaging has opened the doors for an expanded field of research, advancing the diagnosis and treatment of difficult diseases throughout the human anatomy.
Addressing preclinical and clinical research systems with a unified hardware and software plateform, we are able to achieve a seamless connection from preclinical research to clinical application to ultimately facilate the expansion of precision medicine.
Feedback on the uMR Jupiter – directly from the experts
Defining world's first whole-body UHF 5T MR
5T Superconducting Magnet
Master the Ultra-high Field Challenges
Guaranteed Homogeneity
High-performance Gradient
5T In a 3T-sized Room
High-performance RF System
