For the first time in the 1.5T field, uMR® 588 is equipped with uCS® imaging platform, which enables whole-body high speed imaging, 2s/phase abdominal dynamic multi-phase enhancement and high-resolution diffusion imaging, leading 1.5T into a new era of whole-body compressed sensing.
- United Compressed Sensing
- Precise Quantification
- Intelligent Examination
- Deep learning (DL) based image reconstruction technology, simultaneously improving SNR and image sharpness.
- Intelligently removes noise from images while maintaining excellent diagnostic image quality.
- Delivers high-resolution anatomical structure with sharper anatomical structure
- A double safety lock design in both image domain and K-space domain, delivering high-reliability results.
- Applicable for multi-bed scanning such as whole spine and whole-body imaging.
- uCS® Imaging Technology
Combining the strengths of PF, PI and CS, the uCS® (United Compressed Sensing) imaging technology has achieved optimized data acquisition and image reconstruction, significantly improving the scanning speed and image quality.
- uCS® Imaging Applications
uCS® imaging is applied to the MRI abdominal dynamic scanning enhancement, which can achieve 16× acquisition acceleration and clearly capture the continuous dynamic changes of tissue signals.
- Precise Quantification :-
- MAPs can provide the quantitative data required for clinical and scientific research for various organ diseases by accurately calculating the time parameter.
- FACT , Non-invasive detection of fat content and iron deposition in tissues. Multi-parameter images can be obtained after acquisition and calculation.
- Multi-parameter Neuro Imaging , The following parameter maps can be obtained after acquisition: FA, RA, ADC, and color FA, which can reflect the speed and direction of water movement in tissue. Multi-parameter neuro imaging can provide accurate information for disease diagnosis, such as white matter lesions.
- Spectroscopy , Studying the analysis of metabolic content in the human body, spectroscopy can complete the non-invasive detection of metabolite levels in living tissues.
- ONE-click automatic table positioning without using the laser light for head scans.
- Automatic multi-step scan planning and image stitching with ONE-click.
- Intelligent, automatic, and consistent anatomical orientation.
