Air 360®
Air 360®
Air360® Intelligent Breath-Synchronized Nebulization Technology
Delivering efficient, responsive therapy with every breath
Precision Nebulization guided by breathe
Air360® by AirICU features intelligent breath-synchronized nebulization, activated through an air flow sensor. This advanced system detects the patient’s inhalation in real time and precisely delivers aerosol only during the inspiratory phase, aligning drug release with each breath. By automatically adjusting the nebulization rate based on respiratory frequency, Air360® enhances lung deposition and reduces medication waste—maximizing clinical value with every dose.
Elevated drug delivery performance
Elevated drug delivery performance
Breath-synchronized mesh nebulization has been shown to significantly outperform continuous output in both deposition and absorption. Studies report that, under certain conditions, the respirable dose with breath-sensing mode can be 1.7 to 3.6 times higher than traditional continuous nebulization. Furthermore, antibiotic concentrations in sputum samples have reached levels 4 to 7 times greater—highlighting the efficiency of this targeted delivery approach.
Comfort-focused care for critical patients
Comfort-focused care for critical patients
Air360® technology reduces unnecessary airway pressure by avoiding aerosol delivery during exhalation, minimizing patient discomfort and breathing resistance. For critically ill patients who require continuous ventilatory support and medication, this approach offers both therapeutic precision and improved tolerance. By aligning therapy with natural breathing patterns, AirICU supports safer, more comfortable respiratory care—even in the most complex ICU environments.
Uninterrupted performance across patient types
Uninterrupted performance across patient types
Whether treating adults or children, conscious or mechanically ventilated patients, Air360® technology adapts with precision. Its breath-sensing algorithm ensures seamless synchronization without the need for external triggers or manual adjustments. This enables consistent, reproducible drug delivery during spontaneous, assisted, or fully controlled ventilation scenarios.