iV-Cycle Synchronization
The built-in iV-Cycle synchronization technology uses precise algorithms to actively adjust inspiratory and expiratory trigger sensitivity, sensing what the patient needs and supporting every breath with excellence.
The New
Breathe Freely

To meet the clinical challenges of today and tomorrow, the V5 combines the independence and power of a turbine-driven ventilation system with advanced ventilation modes and comprehensive monitoring parameters, delivering a modern respiratory ventilation solution.
The built-in super turbine core is fully independent — no compressor or central air supply needed — and paired with a new turbine control algorithm it forms the most powerful drive core in the industry.
13 invasive and 10 non-invasive modes provide integrated sequential respiratory therapy, making it easy for clinicians to tailor ventilation strategies to each patient.

Richer and more advanced ventilation modes meet the respiratory sequential therapy needs of patients at every stage.
The built-in iV-Cycle synchronization technology uses precise algorithms to actively adjust inspiratory and expiratory trigger sensitivity, sensing what the patient needs and supporting every breath with excellence.
AMV adaptive support ventilation and PPS proportional pressure support modes achieve better patient-ventilator synchrony — simpler to operate and more comfortable for the patient.
Designed for the clinical resuscitation workflow: two steps to start, irrelevant alarms masked, less interference during resuscitation, and high-quality ventilation support.
More than 100 monitored parameters keep patients safe throughout respiratory therapy.

Weaning tools: including SBT, P0.1 and RSBI to keep patients safe and reduce caregiver workload.

Lung protection tools: stress index, lung inflation coefficient, PV tool and S1 recruitment tool help deliver better lung-protective ventilation.

Energy metabolism calculation: helps clinicians provide nutritional support and therapy for patients.

Alveolar ventilation calculation: computes alveolar dead space, alveolar ventilation and oxygenation index to help judge effective ventilation and hypoxia.
Through Comen's new interconnection technology the ventilator links with monitors, and wired or wirelessly with Comen central stations and hospital information systems, giving a full picture of patient information for smart hospital management.

Guarding the Pulse of Life, Interpreting the Warmth of Technology
