SimEquip Ventilator

CAE Healthcare’s SimEquip Transport Ventilator incorporates advanced simulation scenarios into simulated medical equipment for hands-on training in transport ventilation scenarios.

The CAE SimEquip Transport Ventilator expertly mimics the management of a wide range of patient conditions and standard settings found on most transport ventilators in today’s market. These capabilities allow instructors to implement multiple transport ventilation therapy-related Simulated Clinical Experiences (SCEs) suited for in-hospital environments.

With CAE SimEquip, healthcare professionals get the hands-on training in advanced respiratory care scenarios they need to deliver effective patient care with confidence.

Key Feature

• Full range of typically monitored values
• Full range of operator-adjustable parameters for each mode of ventilation common to conventional hospital ventilators
• Adjustable screen layout, alarms, and other settings
• Provides experiential learning skills required to manage and monitor ventilation of a patient, and troubleshoot ventilator issues
• 17 Alarms, 3 Loops (pressure volume, pressure flow, volume flow), 39 Numerics, 4 Views, 6 Waveforms (pressure, flow, volume, Edi, SpO2, CO2)
• Maneuvers: Inspiratory hold, expiratory hold

Ventilation Modes

• Volume-controlled ventilation (VCV): VT, PEEP, Flow Trigger, RR, Tpause, Ti rise, I:E, FiO2
• Pressure-controlled ventilation (PCV): Pi, PEEP, ?Psupp, Flow Trigger, RR, Ti rise, I:E, FiO2
• Continuous positive airway pressure (CPAP+PSV): PEEP, ?Psupp, Flow Trigger, Ti rise, End Inspiration %, FiO2, Tapnea, Pi backup, RR backup, I:E backup
• Volume support ventilation (VSV): PEEP, Flow Trigger, VT, Ti rise, End Inspiration %, FiO2, Tapnea, VT backup, RR backup, I:E backup
• Neurally adjusted ventilatory assist (NAVA): PEEP, Edi Trigger, Flow Trigger, NAVA Level, FiO2, Tapnea, Pi backup, RR backup, I:E backup
• Synchronized intermittent-mandatory ventilation (SIMV): PEEP, ?Psupp, Flow Trigger, VT, RR, Tpause, Ti rise, I:E, End Inspiration %, FiO2