High-Fidelity Mechanical Lung for Ventilator Testing & Training

The ALVEO Lung Simulator is a professional mechanical lung simulation system engineered to replicate real human respiratory behavior with exceptional accuracy. Designed for ventilator performance testing, preventive maintenance, calibration verification, research, and clinical training, ALVEO enables biomedical engineers and clinicians to assess ventilator response across a wide range of lung conditions in a safe and controlled environment.

With adjustable compliance, resistance, and spontaneous breathing patterns, the ALVEO Lung Simulator delivers realistic, repeatable lung mechanics for testing modern ICU, transport, and anesthesia ventilators.

Key Features & Capabilities

• Adjustable Lung Compliance & Resistance
  
  Simulate a wide range of lung pathologies such as ARDS, COPD, asthma, restrictive and obstructive lung diseases with precise control over airway resistance and lung compliance.

• Dynamic Spontaneous Breathing Simulation
  
  Recreates patient-triggered breathing, allowing assessment of trigger sensitivity, pressure support behavior, synchrony, and patient-ventilator interaction.

• Multi-Scenario Ventilation Testing
  
  Supports volume-controlled, pressure-controlled, SIMV, CPAP, BiPAP and advanced ventilation modes for comprehensive ventilator evaluation.

• High Accuracy & Stability
  
  Delivers repeatable, consistent lung mechanics ensuring dependable test results for quality assurance, acceptance testing, and troubleshooting.

• Fast Response to Ventilator Changes
  
  Immediately reflects changes in pressure, flow, tidal volume, PEEP, and ventilation mode, enabling real-time performance analysis.

• Training & Education Platform
  
  Perfect for teaching clinicians how ventilators respond to different lung conditions, helping improve clinical understanding and patient safety.

• Portable & Rugged Design
  
  Compact form factor allows easy transportation between biomedical workshops, simulation labs, ICUs, and service departments.