MRI Fiber Superconducting Magnetic Resonance
Product Description
Strength comes from steady accumulation
Supernova 1.5T independently developed & made in China
Supernova magnet system
The use of “golden ratio "magnet reaches a perfect balance between comfortable examination and high-quality images
The uniformity of ultra-high main magnetic field, superior hardware configuration and real-time dynamic field uniformity achieve ultra-high fat suppression uniformity within the image coverage.
Supernova K-power gradient system
National patent technologies and self-developed ultra-fast gradient systems achieve ultra-fast scanning
Powerful gradient systems provide hardware platform guarantee for ultra-fast scanning and high-resolution imaging
Supernova fiber optic RF system
The receiving channel is perfectly matched with the coil channel, along with the fiber optic transmission technology, to ensure no loss of image data quality.
Supernova 16-channel fiber optic spectrometer
PA phased-array localized high-density target coil
Ultra-fast sampling rate
Improved signal-to-noise ratio
Fiber optic path
Optical spectrometer
Light energy transmission image chain
Overall, 33% improvement of signal-to-noise ratio
Provide the possibility of unlimited expansion of access
Comprehensive clinical solutions
Superb diagnostic capabilities for brain and cranial nerves
Diffusion, perfusion, magnetic sensitivity, non-drugged
high-definition vessels, 3D TLC enhancement, and diversified functional imaging aids for routine anatomical imaging
Third generation powerful frozen scanning technology
Dual-engine frozen parallel acquisition technology, bringing forth 3 to 8 times faster scanning speed, is insensitive to motion and takes the shortest time to complete abdomen and heart diagnosis by ultra-fast scanning
Adaptive uniformity correction technique
Consistent signal uniformity and height in all directions of the image field within the scanned image coverage
New full anatomical sequence library
Refined anatomical sites, including inner ear, orbit, pituitary gland, and thyroid gland, and more considerate and thorough scanning sequence pre-setting ensure the highest quality of images within the shortest time and the clinical scanning in one step
Super software post-processing software
Automatic/manual original image optimization is available for users, and 3D MIP MPR and other powerful post-reconstruction processing functions also help complete the diagnosis with users
Supernova silent scanning technology
The optimized silent sequence design makes the Lorentz force on the gradient coils almost zero, achieving maximum noise reduction at the source.
Intelligent gradient operation and gradient noise reduction technologies further reduce noise transmission.
Noise is significantly reduced by 70-95%.
Image quality will not be compromised due to noise reduction.