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Acquire detailed images with fewer susceptibility artifacts than traditional MR systems.

Individualize patient treatment even more thanks to the excellent soft-tissue contrast that MR imaging offers.

Simplify the process of contouring target areas within the brain with the amount of anatomical details MR scans reveal.

Benefit from 3D protocols that are optimized for radiation therapy thanks to features such as automatic distortion correction.

Acquire detailed images with fewer susceptibility artifacts than traditional MR systems.

Scan patients in treatment position with contour coils that conform to the patient’s individual anatomy.

Increase scheduling flexibility by operating your own MR system for radiation therapy and maximize system utilization by sharing it with other departments.

Achieve reproducible patient positioning and easy access to MR imaging for radiation therapy with a low table height and large 80 cm bore.

Scan patients in treatment position with contour coils that conform to the patient’s individual anatomy.

Reduce maintenance costs due to a virtually helium-free infrastructure – requiring neither refill nor controlled rampdown times. Siemens Healthineers’ innovative service uses the preventive intelligence of Guardian Program to solve technical issues before downtimes occur.

Redefine MR imaging affordability thanks to lower total cost of ownership than traditional MR systems.

Since MAGNETOM Free.Max RT Pro Edition has a small footprint and quench-pipe-free design, you can bypass conventional infrastructure requirements, minimize associated installation costs or even install the MR system in your bunker.

Reduce maintenance costs due to a virtually helium-free infrastructure – requiring neither refill nor controlled rampdown times. Siemens Healthineers’ innovative service uses the preventive intelligence of Guardian Program to solve technical issues before downtimes occur.

Low-field imaging reduces artifacts near metal implants, delivering high-quality images and confident contouring of tumors and OARs. Without compromise.

High-resolution brain imaging provides outstanding soft-tissue contrast for confident target definition. T1 and T2-SPACE sequences enable precise visualization of lesions and surrounding anatomy, supporting accurate and reliable treatment planning.

Superior contrast and detailed anatomy make MRI the preferred choice for head and neck RT planning. These sequences deliver clear visualization of tumors and critical structures, even in the most complex regions.

Detailed pelvic imaging sharpens visualization of the prostate and nearby tissues. Subtraction imaging enhances lesion detection and localization, enabling tailored and precise radiation treatment.

Advanced pelvic MR imaging clearly delineates gynecologic tumors. High-contrast resolution combined with subtraction imaging ensures confident planning for external beam therapy and other radiation treatment procedures.

Advanced pelvic MR imaging clearly delineates gynecologic tumors. High-contrast resolution combined with subtraction imaging ensures confident planning for external beam therapy and other radiation treatment procedures.

High-resolution MRI provides detailed visualization of small targets for stereotactic treatments. Seamless integration with dose planning ensures confident and effective therapy delivery.

Functional imaging provides critical biological insights for RT planning. Diffusion-weighted imaging (DWI) and ADC maps reveal tumor anatomy, tumor activity, and treatment response, enabling more personalized care beyond anatomical imaging.

Functional imaging provides critical biological insights for RT planning. Diffusion-weighted imaging (DWI) and ADC maps reveal tumor anatomy, tumor activity, and treatment response, enabling more personalized care beyond anatomical imaging.

Functional imaging provides critical biological insights for RT planning. Diffusion-weighted imaging (DWI) and ADC maps reveal tumor anatomy, tumor activity, and treatment response, enabling more personalized care beyond anatomical imaging.

Low-field imaging reduces artifacts near metal implants, delivering high-quality images and confident contouring of tumors and OARs. Without compromise.

Low-field imaging reduces artifacts near metal implants, delivering high-quality images and confident contouring of tumors and OARs. Without compromise.