Pretrained at scale on angiographic data across centers, vendors, and acquisition protocols — then specialized for vessel detection, lumen segmentation, and physiology. The breadth of the pretraining is what lets the system generalize to the cases that matter most: calcified, overlapping, low-contrast vessels in the real world.
Every model decision is anchored in expert-annotated cases, reviewed against invasive measurements, and stress-tested on the cases that reveal whether a system is actually clinical-grade. Designed for the messy reality of a busy cath lab, not the curated demo.
Results arrive in seconds, mid-procedure — on the angiograms cardiologists already capture. A clinical answer the moment it is needed, not delivered to a workstation an hour later.
Live feed from the cath-lab display, or standard DICOM. No new protocol — the cardiologist runs the case as usual.
The model identifies the vessel, segments the lumen, and surfaces candidate lesions automatically — with confidence reporting.
Functional indices are derived in seconds — rapid 2D for triage, full 3D computational fluid dynamics on demand.
Structured report flows back to PACS and the EHR — with annotated overlays, a per-vessel summary, and an audit-ready record.
A coronary AI built by clinicians and researchers — engineered for the case, not the demo.
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Claracor FFR™ is an investigational medical device. Not yet cleared by the U.S. FDA or CE-marked under EU MDR. Specifications, performance characteristics, and availability are subject to change. Information on this site is intended for healthcare professionals and is not medical advice.