BEATING-HEART.
DEVICE-READY.
HUMAN-GRADE.

A high-fidelity, pulsatile simulator

For training, demonstration, and device evaluation in Transcatheter Aortic Valve Therapies – built on real anatomy and designed for clinical realism.

Main purpose

Aortic Simulation with Real Feedback

Train and test aortic devices with full tactile and visual fidelity - from femoral access to valve deployment.

From Patient CT to Human-Grade Experience

Every component is modeled from real patient scans to replicate device behavior and procedure flow under physiological conditions.

WHAT IS IT?

Beating-Heart Aortic Platform

Anatomically complete left heart system including femoral access, arch, aortic valve, and ventricle - with pressure, flow, and temperature control.

Human-Grade Materials and Behavior

Tissue-like silicone components mimic calcification, resistance, and valve dynamics — with fluoroscopic visibility and imaging support.

Supports Real Devices and Delivery Systems

Use actual wires, sheaths, valves, and catheters — for hands-on education, usability testing, and procedural optimization.

Use cases

Physician Training

Hands-on TAVI deployment under echo, fluoro, and endoscopic views — with step-by-step guidance or free practice mode.

Sales & Education Events

Show full procedural workflow at conferences, training villages, and advisory boards — with plug-and-play setup and live imaging.

R&D and Human Factors Testing

Validate device behavior across anatomical variants and procedural steps — including usability, sizing, and access testing.

key features

CT-Based Anatomy with Modular Disposables

Includes left ventricle, aortic valve, arch, femoral access — modeled from stenotic anatomies and fully replaceable.

Pulsatile Flow with Body Temperature

Simulates human hemodynamics: HR (40–80 bpm), rapid pacing (120–200 bpm), 3 different cardiac output presets, and body temperature water bath.

Multi-Angle Camera Imaging Fluoro Compatible

3 fixed + 1 flexible camera system with multiviews screen; visible under fluoroscopy with radiopaque markers and contrast media compatible.

Fast Setup & Full Portability

Ready in under 10 minutes. Comes with travel case and requires only water and power — no tools needed.

Technical information

Platform

Beating-heart aortic simulator
Modular silicone anatomy with disposable valves

Pump System

Pulsatile control (Low / Med / High)
HR: 40–80 bpm | Rapid pacing: 120–200 bpm
Body temperature water bath

Disposables

Multiple Aortic valve sizes
Realistic calcification and leaflet markers for imaging
With our without coronaries

Imaging & Visualization

Fluoro compatible
3 fixed + 1 flexible camera system
Live display via mini-computer (HDMI or 13”)

Use Cases

TAVI training and education
Procedural demonstration
R&D testing and usability studies

simuPULSE Aortic
Where motion meets precision.

Train with resistance. Deploy with confidence. Learn like it’s human.

Discover other
similar products

simuPULSE Access

Beating heart simulator for Femoral Vascular access and closure. Designed to generate pressure and bleeding to replicate realistic behavior and interaction with the device.

See simulator

simuPULSE Tricuspid

Beating heart simulator for Transfemoral Tricuspid Valve repair and replacement. Designed to generate pressure gradient through the Tricuspid valve to allow realistic behavior of the device.

See simulator

simuPULSE Mitral TF

Beating heart simulator for Transfemoral Mitral Valve repair and replacement. Designed to generate pressure gradient through the Mitral valve to allow realistic behavior of the device.

See simulator

OVERVIEW

GO

DRY

SLICE

PULSE

SOLUTIONS →

ABOUT

CONTACT

SHOP