MR-Box
Designed to be transformative.
AI-powered MR-only workflow for improvised consistency and confidence in the overall planning process.
Get to know MR-Box.
Experience MR-only workflow in your clinic with MR-Box.
MR-Box by ART-Plan™ is an AI-powered, CE-marked and FDA-cleared software that provides one-click pseudo-CT images with organs-at-risk delineations from standard MR images for improved and more efficient radiotherapy planning workflow.
MR-only workflow
Up to 90% time saved
No need for multi-modal registration
Seamless workflow, from MRI to TPS
Export towards any other DICOM compliant device
Use of Annotate and SmartFuse on the generated pseudo-CT or MR images
MRI's superior soft-tissue contrast makes it valuable in radiotherapy for tumor and organs-at-risk delineation. However, MRIs can't be used alone for radiotherapy planning due to their lack of electron density information, necessary for dose planning, which CT images provide. Consequently, using both modalities complicates the workflow, increases costs, and introduces the potential for registration errors.
Elevate your MR-only radiotherapy with ART-Plan™.
AI-powered OARs delineation
on MR images.
Thanks to its better soft-tissue contrast, magnetic resonance imaging (MRI) is widely used as a supplement to CT imaging for better delineation of tumors and OARs. In addition, more information on tumor activity and therapy response can be derived from MR sequences.
Generate an MR-based pseudo-CT.
Generate tissue electron density for dose calculation from pseudo-CTs. All without the need of multi-modal scans and registration.
Plan your treatment.
Save time, reduce costs and optimize patient scheduling for better use of departmental resources.
Available structures for AI-contouring.
Be Faster
With the batch solution, plan adaptation is fast, automated, and easy with limited user intervention. The pseudo-CT, Annotate, and SmartFuse are integrated into one software.
Be Precise
Combine the high soft tissue contrast of the MR images for OARs and target delineation with the possibility of generating tissue electron density information for dose calculation.
Be Better
Avoid the need for imaging slots on different machines. Save time, reduce costs, and optimize scheduling to increase patient comfort and better use departmental resources.