AirlCU System
AirICU Main Units Air flow sensor Medication Cup
Medication Cup
The core of ICU-based aerosol therapy
Medication Cup
Working Principle
Working Principle
This AirICU medication cup is based on a polymer material mesh. The size of the mesh holes determines the aerosol particle size. This mesh vibrates in high frequency. The vibration source is the piezoelectric actuator that is activated by an electronic driving circuit of the controller. The piezoelectric actuator and the mesh are the main components of the nebulizer medication cup that is in contact with the liquid medication to be aerosolized. Liquid jets are created as an inertial response to the vibration of the mesh. Surface tension and hydrodynamic effects then cause these jets to disperse to produce a stream of precisely controlled droplets.
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Simplify your setup
Simplify your setup
Installs in seconds with a clear, intuitive design—no complex training required. Ideal for fast-paced critical care environments.
continuous care
continuous care
Operates almost silently, ensuring comfort for both patients and ICU staff. Suitable for intermittent use over 28 days or continuous therapy up to 7 days.
Product highlights
Easy to use
Easy to use
• 10 mL capacity supports extended nebulization sessions, ideal for continuous treatment in critical care
• Almost completely silent for patient comfort and a calm ICU environment
• Simple plug-and-play design, easy to learn and operate
Seamless system integration
Seamless system integration
• Can be placed at the wye or at the humidifier
• Perfectly compatible with, Air Flow Sensor, and other AirICU accessories
• Enables precise aerosol delivery through a fully connected system
AirICU System Guide
Master the setup and operation of the AirICU® system with our step-by-step video guides. Designed for optimal drug delivery in intensive care settings, these tutorials also share practical tips to help you achieve the best possible treatment outcomes.
Operation Guide
Operation Guide
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Why does AiMesh® never rupture?
From a material science perspective, Feellife’s core technology integrates micro-perforations into a curved section of the mesh, forming a stable hexagonal honeycomb structure. This ensures superior resistance to rupture and long-term durability required for medical-grade products. From a perforation engineering perspective, Feellife’s patented hexagonal drilling process creates concentric rings of micro-pores around the central convex area. These micro-pores are structurally reinforced in the curved section, guaranteeing high rupture resistance and extended service life.