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Motion Intelligence in Brain MRI.

Monitor. Inform. Correct.

TracInnovations builds the only markerless optical motion tracking system that monitors, informs and enhances the MRI brain imaging workflow — in the clinic and in research.

TracPoint markerless optical motion tracking unit on a mobile floor stand

Pending regulatory clearances. The product is pending CE certification in Europe. The product is not cleared or approved by the FDA and is not available for sale in the United States.

Patient motion. The biggest unsolved challenge in brain MRI.

Too many rescans and recalls¹ ² ³

5-20% of all neurology MRI scans need at least one repeated sequence due to patient motion, costing in the range of $45k - $115k per scanner every year.

Costly and risky anesthesia³

Certain patient groups, particularly children and patients with involuntary motion, often need sedation or anesthesia to be scanned, adding risk, emotional strain and around $320k per scanner every year.

More demand, less time⁴ ⁵ ⁶

Growing demand for MRI is pushing up waiting lists. There is more focus than ever before on patient throughput and scanning efficiently in MRI.

¹ Andre JB, et al. 2015. ² Krag et al. 2026. ³ Slipsager JM, et al. 2020. ⁴ Canadian Drug Agency, Health Technology Review. 2025. ⁵ NHS England. 2024. ⁶ Lacson, et al. 2024.

Cutaway of an MRI scanner with TracPoint on its stand tracking the patient via the head-coil mirror

IN THE SCAN ROOM

Fits the workflow you already run.

A mirror above the standard head coil gives TracPoint a clear optical path pointing to the patient's face. No markers, no patient preparation, no modification to the scanner hardware — and nothing that changes how you position a patient.

  • Compatible with Siemens Healthineers, Philips Healthcare 
  • Integrates with existing entertainment screens
  • Suitable for all routine clinical neuro imaging and research

TESTIMONIALS - TRACOLINE LEGACY SYSTEM USERS

Shaped by our research community. What our users have to say.

“The live motion traces allowed us to communicate with the participant's mother and ask if she had any ideas for how to coach him to stay still. And you can see how following her suggestion, we were able to get really great data for the remainder of the scan.”
Professor Morgan BarenseDirector of Toronto Neuroimaging Facility (ToNi), Ontario, Canada.,
“During the scan, having real time feedback on what motion is happening is incredibly valuable for the team at the time. They know when to stop the scans, when to carry on and so on. The markerless feature is really valuable in that it doesn't require us to do anything extra while we're setting up the scan.”
Professor Rhodri CusackDirector of Trinity College Dublin Institute of Cognitive NeuroScience (TCIN), Dublin, Ireland.,
“Based on the promising results from our ongoing collaboration, I am genuinely interested in exploring future commercial engagements with TracInnovations once the product reaches full commercialization.”
Professor Ellen GrantHarvard Professor of Pediatrics and Professor of Radiology at Harvard Medical School, Boston, MA, USA.,
How ToNI uses markerless motion tracking in MRI researchProf. Morgan Barense, PhDDirector, Toronto Neuroimaging Facility (ToNI)
Inside ToNI’s Tracoline setupDr. Lars Kasper, PhDChief MRI Physicist, Toronto Neuroimaging Facility (ToNI)
Why markerless matters when scanning babiesProf. Rhodri Cusack, PhDDirector, Trinity College Institute of Neurosciences (TCIN)
Seeing your participant in real time: Tracoline’s in-bore cameraDr. Lars Kasper, PhDChief MRI Physicist, Toronto Neuroimaging Facility (ToNI)

See what motion is costing your department.

Estimate the annual impact on your MRI department in under a minute with our Motion Cost Calculator, or talk to us about a demonstration at your site.