Do You Experience These Common Challenges?
- My manikin does not trigger the ventilator realistically. I have to improvise to create realistic lung mechanics.
- I need to train on advanced modes of ventilation such as pressure/volume control, HFOV, pressure support, ASV, and PAV.
- I want to demonstrate how the ventilator reacts to patients with evolving disease states, such as ARDS, COPD or asthma.
- Limits in volume and PEEP make it impossible to conduct a realistic simulation.
- I want to have the ability to simulate a patient that is apneic all the way up to healthy and ready for weaning or NIV.
- I want to simulate noninvasive ventilation (hi-flow nasal cannula, CPAP, BiPAP) and practice providing a seal for mask ventilation.
What Type of Training Would You Like to Conduct?
Multistage Scenarios with Comprehensive Patient Assessment
Our robust respiratory simulation solutions are designed for training first-year students all the way through becoming credentialed practitioners and beyond. Train on basic topics such as introduction to mechanical ventilation and patient assessment all the way to advanced, fully immersive, hands-on training scenarios.
Ventilating the Spontaneously Breathing Patient
Our spontaneously breathing simulation solution opens up new opportunities to perfect patient-ventilator interaction. Demonstrate ventilator triggering as well as important ventilator modes such as SIMV, Pressure Support, and PAV.
Basic Concepts of Mechanical Ventilation (Passive Patient)
To meet the needs of your first-year students, our respiratory simulation solutions allow for effective hands-on training of ventilator waveforms, ventilator modes, and basic patient conditions.
Neonatal and Pediatric Patients
To train your students for the challenges of delicate patients and tiny lungs, our respiratory simulation solutions are compatible with all ventilators, from NICU to transport.
RespiSim System for Ventilation Management Training
QuickLung Jr. Precision Test and Demo Lung
Resources
Please review our ASL 5000 Patient-Ventilator Interactions web page.