Interventional Cardiology
Amplifier transforms each patient’s cardiac CT into a life-size, interactive model of the aortic root or left atrial appendage. Surgeons and interventional cardiologists can size, deploy, and test virtual valves or occluders until seal, clearance, and compression are flawless - before a single sheath is inserted.
PATIENT-SPECIFIC PRECISION IN VIRTUAL REALITY
Structural Heart, Immersed - TAVI & LAAC Mastered
CT
Whether replacing a stenotic valve or sealing an appendage to prevent stroke, millimetres matter. Amplifier converts high-resolution CT into a photorealistic, headset-ready reconstruction of the aortic annulus, LVOT, coronary ostia, or trabeculated LAA.
A curated library of true-to-scale TAVI prostheses and LAAC occluders lets you drop in your preferred device, adjust depth, rotation, and flare, and watch live metrics for annular stress, paravalvular leak, or residual ostial flow. Integrated centre-line tools confirm catheter curvature and trans-septal angle, while colour overlays highlight clearance to coronaries or pulmonary veins. By rehearsing the full deployment path in patient-specific VR, teams cut fluoroscopy, limit contrast, and walk into the cath lab with structural-heart confidence already locked in.
Plan Smarter, Together
Better collaboration. Fewer surprises
Remote co-planning in real time
Imaging specialists and reps can join from anywhere to annotate and align.
Exportable DICOM-linked plans
Send the final plan to the cath lab — integrated with the patient record.
Fewer exchanges, faster deployments
Reduce device waste, shorten fluoroscopy, and improve procedural flow.
PROCEDURAL CERTAINTY, EVERY TIME
From guess-and-check to data-locked decisions
Amplifier turns structural-heart planning into a measurable, team-wide process - decreasing planning time, validating device fit before the first sheath goes in and gaining surgical confidence