- Home
- Medical Imaging
- Magnetic Resonance Imaging
- High-V MRI
- MAGNETOM Free.Star
- Diagnostic confidence for daily excellence
Diagnostic confidence for daily excellenceMAGNETOM Free.Star
Whether you are investing in your first MR system, seeking to replace an MR scanner, or expanding your MRI services into other practices, a High-V MRI scanner is an obvious choice for your enterprise. Unique innovations in the fields of image acquisition and deep learning-based reconstruction help provide excellent and robust image quality. MAGNETOM Free.Star – uncompromised diagnostic confidence, day in and day out.
Most frequently used clinical applications
Neuro Imaging
Neuro Imaging
Did you know ...
... than you can explore DICOM images of the High-V MRI scanners online?
(Optimized for big screens, does not work on mobile phones.)
Spine imaging
Did you know ...
... than you can explore DICOM images of the High-V MRI scanners online?
(Optimized for big screens, does not work on mobile phones.)
MSK imaging
Did you know ...
... than you can explore DICOM images of the High-V MRI scanners online?
(Optimized for big screens, does not work on mobile phones.)
Implant imaging
Did you know ...
... than you can explore DICOM images of the High-V MRI scanners online?
(Optimized for big screens, does not work on mobile phones.)
Abdominal imaging
Did you know ...
... than you can explore DICOM images of the High-V MRI scanners online?
(Optimized for big screens, does not work on mobile phones.)
* Half Fourier Single-shot Turbo spin-Echo
** Motion insensitive, multi-shot Turbo Spin Echo (TSE) sequence
*** CAIPIRINHA (Controlled Aliasing in Parallel Imaging Results in Higher Acceleration) is a data acquisition technique that significantly reduces breath-holds without affecting image resolution, coverage, or contrast.
New opportunities from High-V MRI
Paradigm shift for pulmonary MRI
Pulmonary imaging has long been a challenge for MRI technicians, as the magnetic signal gets destroyed at the interfaces between air and tissue due to low relaxation times and considerable susceptibility variations. MAGNETOM Free.Star represents a breakthrough in pulmonary imaging because of fewer susceptibility artifacts compared to other systems.
In addition to oncology applications, High-V MRI can aid in the diagnosis of other pulmonary diseases such as tuberculosis and chronic pulmonary disease (e.g., COPD). This can be particularly beneficial for pediatric patients, who require numerous imaging throughout their lifetime.Robustness against geometric distortion
Benefit from significantly improved metal implant imaging
Paradigm shift for pulmonary MRI
Pulmonary imaging has long been a challenge for MRI technicians, as the magnetic signal gets destroyed at the interfaces between air and tissue due to low relaxation times and considerable susceptibility variations. MAGNETOM Free.Star represents a breakthrough in pulmonary imaging because of fewer susceptibility artifacts compared to other systems.
In addition to oncology applications, High-V MRI can aid in the diagnosis of other pulmonary diseases such as tuberculosis and chronic pulmonary disease (e.g., COPD). This can be particularly beneficial for pediatric patients, who require numerous imaging throughout their lifetime.Robustness against geometric distortion
Benefit from significantly improved metal implant imaging
Paradigm shift for pulmonary MRI
Pulmonary imaging has long been a challenge for MRI technicians, as the magnetic signal gets destroyed at the interfaces between air and tissue due to low relaxation times and considerable susceptibility variations. MAGNETOM Free.Star represents a breakthrough in pulmonary imaging because of fewer susceptibility artifacts compared to other systems.
In addition to oncology applications, High-V MRI can aid in the diagnosis of other pulmonary diseases such as tuberculosis and chronic pulmonary disease (e.g., COPD). This can be particularly beneficial for pediatric patients, who require numerous imaging throughout their lifetime.
* The echo planar (EPI) is the fastest acquisition method in MRI (100 ms / slice), but with limited spatial resolution.
AI-based image reconstruction
Deep Resolve Gain
01Deep Resolve Sharp
01Deep Resolve Sharp
Deep Resolve Sharp utilizes deep neural networks to improve the image resolution and sharpness. Crisper and sharper images can be obtained with no increase in acquisition times.
Deep Resolve Gain
Deep Resolve Gain is an intelligent data-driven algorithm that uses scan-specific quantitative noise maps in the reconstruction process for targeted denoising. It’s available for a broad range of sequences and boosts image quality for maximum diagnostic capabilities.
Deep Resolve Sharp
Deep Resolve Sharp utilizes deep neural networks to improve the image resolution and sharpness. Crisper and sharper images can be obtained with no increase in acquisition times.
Deep Resolve Gain
Deep Resolve Gain is an intelligent data-driven algorithm that uses scan-specific quantitative noise maps in the reconstruction process for targeted denoising. It’s available for a broad range of sequences and boosts image quality for maximum diagnostic capabilities.
Deep Resolve Sharp
Deep Resolve Sharp utilizes deep neural networks to improve the image resolution and sharpness. Crisper and sharper images can be obtained with no increase in acquisition times.
Deep Resolve: Acquiring sharper images, faster
Do you have any questions or do you want to learn more about MAGNETOM Free.Star?
Meet with one of our MAGNETOM Free.Star experts online to ask your questions. Just book an appointment according to your availability.