The Mitral Valve Model is a realistic cardiac surgery training simulator designed to help clinicians, residents and medical students practise mitral valve repair procedures.

The model features a posterior leaflet P2 prolapse configuration, enabling trainees to simulate common mitral valve repair scenarios. Individual chordae tendineae can be cut or torn, allowing surgeons to practise chordae repair techniques and other advanced cardiac procedures.

The simulator can be supplied either as a simple valve model or as a complete model with chordae and papillary muscles, providing flexibility for different training applications. When used together with a compatible mitral valve base, the model creates a realistic environment for practising mitral valve repair and replacement procedures.

Simulation-based cardiac training enables surgeons to practise complex procedures repeatedly in a controlled environment, helping improve surgical precision, instrument handling and procedural confidence before performing operations in clinical settings.

The mitral valve simulator is widely used in:

cardiac surgery training centres

medical schools and universities

cardiothoracic residency programmes

surgical skills laboratories

teaching hospitals

Training Applications

This cardiac surgical simulator can be used for practising procedures including:

• Mitral valve repair techniques
• Posterior leaflet repair (P2 prolapse)
• Chordae tendineae repair
• Mitral valve replacement training
• Cardiac valve suturing techniques
• Cardiothoracic surgical skills training
• Surgical simulation workshops

The model allows surgeons to practise both basic and advanced cardiac surgical procedures.

Key Features

The mitral valve model is engineered to replicate the behaviour of real cardiac tissue.

Key features include:

• Realistic mitral valve anatomy
• Posterior leaflet P2 prolapse configuration
• Optional chordae and papillary muscle structures
• Thin valve leaflets for precise suturing practice
• Compatible with mitral valve training bases
• Easy to handle and maintain
• Nontoxic synthetic tissue material
• Biohazard-free simulation model
• Odourless reusable design

These features provide a realistic platform for practising mitral valve repair procedures.

FULL Specifications
Regular Size

Overall Size: 61 mm × 55 mm
Annulus Size: 3.5 mm
Leaflet Size: 34 mm × 28 mm
Flange Size: 10 mm
Chordae Length: 25 mm
Papillary Muscle Size: 12.5 mm × 15 mm

Large Size

Overall Size: 81 mm × 75 mm
Annulus Size: 6 mm
Leaflet Size: 52 mm × 44 mm
Flange Size: 10 mm
Chordae Length: 25 mm
Papillary Muscle Size: 12.5 mm × 15 mm

Note: Large Mitral Valve does not fit the Mitral Valve Base.

Ideal Training Environments

This cardiac surgical training model is commonly used in:

• Cardiac surgery training centres
• Surgical skills laboratories
• Medical schools and universities
• Cardiothoracic residency programmes
• Teaching hospitals
• Surgical education workshops

Simulation models allow surgeons to practise procedures repeatedly while improving surgical precision and technical confidence.