CT-based pre-operative planning for surgical AVR — annular sizing, surgical simulation, and root enlargement strategy in one platform.
Define the annular plane directly from CT data — the foundation for surgical sizing and root strategy.
Annulus, LVOT, sinuses, and STJ measured automatically — full surgical sizing dataset, ready for the OR plan.
Virtual surgical valve placement — predict prosthesis fit, depth, and patient–prosthesis interaction before opening the chest.
Quantify root geometry and simulate enlargement strategy — Nicks, Manougian, or Y-incision — to optimize prosthesis size and avoid mismatch.
Structured surgical plan auto-generated from the measurements and simulation — every decision captured for the OR.
Every measurement, simulation, and root-strategy decision produces a reviewable artifact — not a hand-drawn sketch.
Automated annular sizing eliminates inter-operator variability and produces a record auditable case to case.
Simulate Nicks, Manougian, and Y-incision approaches before the patient is on bypass — choose the strategy with quantitative evidence.
Compare the SAVR plan against the alternative TAVR plan side by side — pick the right intervention for the patient, not the operator.
Walk through a real surgical case end-to-end with our team — annular sizing to root enlargement.