MRI Planner is a unique product that creates synthetic CT images with organs-at-risk delineations from standard MR images. The synthetic CT images reliably replaces conventional CT throughout all steps in the radiotherapy workflow. MRI Planner improves treatment quality by eliminating the need for multimodal image registration and by opening the doors for personalized treatment strategies.

• High quality synthetic CT images for brain, head-neck and pelvis generated from MRI using the deep-learning based Transfer Function Estimation Algorithm.
• Provides automated delineations of organs at risk (OAR) for prostate patients using advanced machine learning technology.
• Requires only a single standard MRI sequence.
• Synthetic CT images also has full support for fiducial markers.
• Get started quickly. No site-specific algorithm retraining is required.
• Use of standardized DICOM files.

MRI Planner is currently regulatory approved (CE-marked and FDA 510(k) cleared) for clinical usage with brain, head-neck and pelvis radiotherapy planning. MRI Planner is continuously developed and improved towards the ultimate goal of being able to provide MRI only radiotherapy planning in all anatomical regions where it may provide a clinical benefit. If you are looking for a future proof solution for your MRI-only radiotherapy planning ambitions, MRI Planner is the right choice for you.

MRI only radiotherapy planning using MRI Planner has been evaluated for brain, head-neck and pelvis in multiple scientific multicenter studies. In the tables below, results are presented for a published dosimetric comparison between synthetic CT and conventional CT for prostate radiotherapy planning. In addition, CBCT based patient positioning verification using synthetic CT was also evaluated.

In order to achieve the best possible automated delineations, the MRI Planner technology utilizes a ground breaking AI platform. Highly complex deep-learning neural networks in combination with cutting edge image processing algorithms, enables synthetic CT for brain, head-neck and pelvis, together with excellent OAR delineations for prostate treatment planning. By providing the synthetic CT images and the automated contours as conventional DICOM files, full compatibility is assured with any standard treatment planning system.