Multi‑Mode Support
CPAP, BiPAP, pressure control, volume control, and more.
Simulate Realistic Ventilator–Patient Interactions in Seconds
Complex patient-ventilator mechanics in your browser - Test, Teach and Explore With a Lifelike ICU Ventilation Model
Why a Simulator?
Access to ventilators is limited and training time is scarce. Real patients can't be exposed to risk just to practice.
Master lung mechanics, modes, and patient–ventilator interactions in a safe space — repeatable, measurable, and under your control.
What It Does
Replicates real lung mechanics and ventilator behavior.
Adjust compliance, resistance, patient effort, and disease states. Switch modes and see pressure/flow/volume respond instantly.
Key Features
Everything you need to teach, learn, and build confidently.
PVA Scenarios
Set and visualise diaphragm activity to simualte PVA.
Custom Lung Mechanics
Compliance, resistance, recruitment thresholds, chest wall, and dynamics.
Gas Exchange
SpO₂ / PaCO₂ modeling with shunt and V/Q mismatch options.
Real‑Time Waveforms
Pressure, flow, and volume with loops — responsive to every setting.
Scenario Save/Share
Store, replay, and discuss sessions. Export results for analysis.
Who It's For
Built for classrooms, ICUs, and R&D teams.
Medical Educators
Create safe, repeatable training scenarios for students and residents.
• Use simulator in your webinars to show different cases
• Develop tests for your students
• Spread your course with simulator workflows
• Develop tests for your students
• Spread your course with simulator workflows
ICU Clinicians
Practice troubleshooting rare complications and patient‑ventilator asynchrony.
• Reproduce real cases and try different strategies
• Simulate and prevent patient‑ventilator asynchronies
• Improve gas exchange in complicated cases
• Simulate and prevent patient‑ventilator asynchronies
• Improve gas exchange in complicated cases
Device & AI Teams
Test algorithms, UI logic, and device behavior in controlled conditions.
• Validate ventilation strategies on simulated data
• Test hypothesis for optimisation of lung ventilation with our lung mechanics
• Test hypothesis for optimisation of lung ventilation with our lung mechanics
How It Works
Select a profile
Or define mechanics: compliance, resistance, effort, disease state.
Choose mode & settings
PEEP, pressure/volume targets, rate, trigger/cycle criteria.
Run & observe
Watch pressure/flow/volume respond in real time.
Save & export
Re‑use scenarios; export data for analysis.
See It in Action
Explore the simulator interface and see real-time ventilator waveforms.
Start Simulating Today — Risk‑Free
Teach, test, and explore ventilator–patient interactions with confidence.
Join our fast growing professional community
Deep Breath BV
Stationsplein 45, 4th floor
3013 AK, Rotterdam
The Netherlands
KvK-nummer 91538076