Visualize bone and soft tissue in one exam, without radiation


BoneMRI is ideal to assist the diagnosis, monitoring and treatment planning of orthopedic conditions in adult patients.


Geometrically accurate bone morphology

Quantitative Hounsfield Unit contrast

Dedicated MRI sequence

No hardware dependency

Seamless integration

BoneMRI explained

Meet the founders, get to know how BoneMRI was invented and learn about the benefits this software has to offer for diagnosis and Computer Assisted Surgery. Also watch how it integrates in the clinical workflow of healthcare professionals.

Available anatomies

BoneMRI Cervical Spine

Patients with indications such as radiculopathy, suffering from orthopedic conditions, often get an MRI exam to assess the status of soft tissue structures like spinal cord, nerve roots and intervertebral discs. BoneMRI adds 3D information on potential bone involvement, relating to disc displacement or degeneration, osteophyte formation and foraminal narrowing, in patients suspected of a herniated disc or foraminal stenosis.

BoneMRI Lumbar Spine

In patients suspected for spine disorders, MRI is the first choice as a diagnostic spine imaging tool since it offers excellent soft tissue contrast enabling visualization of compressed or damaged neural tissue, where CT is generally used in the diagnosis of structural changes. BoneMRI can be of added value for the further assessment of potential involvement of osseous tissues. In addition, BoneMRI can be used for surgical planning and navigation as it offers 3D visualisation of the osseous structures for accurate geometric assessment, which also allows adequate inventory management. 

BoneMRI Pelvic Region

BoneMRI for the pelvic region covers the hips and SI joints. Adding BoneMRI to the scan protocol has the advantage of depicting structural bone lesions and active inflammation simultaneously in patients with sacroiliac joint dysfunction, including arthritis patients. This is of added diagnostic value for spondyloarthritis of the sacroiliac joint. Moreover, it is of great added value to diagnose structural deformities of the hip joint, including femoroacetabular impingement.

No radiation


Bone imaging without the need to expose the patient to harmful ionizing radiation.



The patient undergoes a single MRI exam and medical practitioners will have all the imaging information they need.

Better diagnostic information


From one exam, bone and soft-tissue images are intrinsically registered for diagnosis and treatment planning.

Integrated in clinical workflow


BoneMRI works in the background without the need for new desktop applications.

Reduce costs


Less imaging exams, less hospital visits, reduced healthcare costs.

Integration in clinical workflow

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