The first radiation-free bone and soft tissue imaging method
BoneMRI is a software solution that generates a 3D CT-like image to visualize bone structures derived from an MRI scan.
Why BoneMRI?
Benefits
No radiation
Bone imaging without the need to expose the patient to harmful ionizing radiation.
One-stop-shop
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 with increased confidence.
Integrated in clinical workflow
BoneMRI is automatically reconstructed and forwarded to PACS, seamlessly integrated in the clinical workflow.
Reduce costs
Less imaging exams, less hospital visits, efficient workflows and reduced healthcare costs.
Accelerating the world’s transition to radiation-free medical imaging
Our product
BoneMRI
We unravel hidden information from MR data through a deep understanding of physics and artificial intelligence
Our partners
They trust us
“With BoneMRI, the efficacy of the pre-planning process for my robotic reconstruction cases is greatly improved. It reduces table time and many risks associated with even the most complex spinal surgery.”
Kornelis Poelstra
MD PhD – The Robotic Spine Institute of Las Vegas, USA
“BoneMRI is an important aid in the early diagnosis of diseases that could otherwise not be diagnosed until much later. We can now convert MRI images to CT-like images when there is suspicion of injuries in bone structures.”
Lennart Jans
Professor, Head of Clinics in musculoskeletal radiology University Hospital Ghent, Belgium
Press releases
Latest news
BoneMRI explained: invention, benefits & characteristics
Founders of BoneMRI explain how this technology was invented and how it integrates in the clinical workflow.
Learn about its properties and the benefits it provides for diagnosis and computer assisted surgery.
BoneMRI accurately visualises the bone anatomy in the cervical spine
BoneMRI was found to be noninferior to CT for patients suffering from cervical radiculopathy.
The study was held by researchers Van der Kolk et al, from Isala Hospital in Zwolle, the Netherlands.
MRIguidance strengthens its commitment to Information Security with ISO 27001:2017 certification
This certification expands the list of obtained regulatory achievements.
Requirements have been met for the development, production, distribution, installation and servicing of BoneMRI.
