A major step to achieve superior diagnostic quality at low and medium fields was the invention of wires and coils using magnesium diboride (MgB2). For some years now they have been commercially created, eliminating the need for liquid helium and possible quenches. MgB2 machines require one liter of helium to keep its superconducting magnet cold, compared with hundreds of liters for old-type high-field machines.
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MROPEN EVO at RSNA24: MRI scan time reduced up to 50% at equal quality image.
Genoa, December, 2nd 2024 - Unlocking the future of [...]
MROPENEVO @ RSNA 2024
MROpenEVO on display @ RSNA24 Truly open design - [...]
MROPENEVO @ SIRM 2024
The open MRI technology @SIRM 24. Take a look [...]
Talking about innovation and superconductors technology @ Italian Embassy in Berlin.
Exciting day of Italian research at the Italian Embassy [...]
Our superconducting technology @ International Society for Magnetic Resonance in Medicine ISMRM 24.
Ultra High Field Magnets, Superconductivity, protontherapy and open mri [...]
MRI guided proton therapy session today @ 10th MR in RT Symposium in Rome.
Presentations were held today by Aswin Hoffmann "MRI guided [...]
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