Modular Design. Maximum Flexibility.

Pulso Sim is built around a fully modular architecture, allowing each component to be customized independently without affecting the rest of the platform. This enables anatomy-specific configurations, targeted pathology reproduction, and realistic procedural interaction.

• Adjustable chordae – Fine-tune tension and reproduce different pathological conditions.
• Tool-free valve exchange – Replace valves quickly during the same session.
• Semi-rigid and flexible anatomies – Combine realistic navigation with stable procedural access.
• Native-like leaflet mechanics – Reproduce realistic leaflet motion, puncture, and pulling forces.
• Dual-view camera system – Visualize the procedure simultaneously from two perspectives.
• TEE probe insertion slot – Enable realistic mid-esophageal and transgastric imaging views.

PUMP FEATURES & CHARACTERISTICS 

• Dimensions : 20x 25x 20 
• BPM : 30-90 
• Stroke: adaptable 
• Continuous operations (up to 12h) 
• Portable  

PULSATILE ADDED VALUE 

By adjusting the stroke, the simulator can replicate functional mitral regurgitation and increase/decrease the coaptation force of the leaflets.

Realistic Tricuspid Valve Motion

Pulso Sim reproduces realistic tricuspid valve motion under controlled pulsatile conditions, allowing users to visualize leaflet dynamics, coaptation, and regurgitation in real time.

• Realistic leaflet motion – Observe opening and closure throughout the cardiac cycle.
• Pathology reproduction – Simulate annular dilation, tethering, flail leaflets, and regurgitation.
• Adjustable severity – Modify stroke and geometry to reproduce different levels of functional tricuspid regurgitation.
• Device assessment – Evaluate repair, replacement, and delivery strategies in a repeatable environment.

TRICUSPID VALVE 

• (Check mitral one) Standard valve model included — proprietary high-fidelity silicone Reinforced option — optimized for realistic grasping and traction* 
• Integrated chordae for functional regurgitation simulation 
• Tricuspid: IC: 29.1mm AP : 20.4 mm

ACCESS PATHWAYS

• Configurable femoral and transjugular access 
• Tissue-like friction through dedicated materials and coatings
• Optimized for realistic catheter and device navigation 

PAPILLARY MUSCLE

•  Custom geometries and compliance profiles 
• Realistic tissue interaction and perforation behavior  

ANATOMICAL MODELS

•  Customizable atrial and ventricular anatomies 
• Adaptable to specific morphologies and pathologies

All simulator components are fully customizable through 3D modeling — including valve annulus diameter, leaflet geometry and length — to match any target anatomy or pathology.