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Software Algorithms Recognize Multiple Patient Breathing Patterns, AirlCU with Sensor Module mpowers Nebulization Efficiency in Critical Care Solutions.
One of the first nebulization solutions for critical care nebulization paired with breathing sensors, AirICU is committed to maximizing the efficiency of drug utilization
Over 10 years of experience in critical care nebulization, developed to most closely resemble the body's respiratory presets.
The Breath Sensor Module is compatible with a variety of treatment scenarios, including invasive ventilation, non-invasive ventilation, and high oxygen flow nebulization solutions.
Medical-grade manufacturing environment and medical-grade materials ensure that the respiratory sensing function is both safe and effective in treatment.
Studies have shown that the quality of breath-sensing mode inhalation is 1.7 to 3.6 timeshigher than continuous nebulized inhalation in certain levels ofenvironment. Antibioticlevels in body sputum were 4 to 7 times higher.
Reduced discomfort: This modality reduces unnecessary airway pressure, thereby decreasing the patient's resistance to breathing and increasing comfort. Especially for critically ill patients, excessive pressure may trigger discomfort or lead to further breathing problems.
For critically ill patients requiring continuous respiratory support and drug delivery, the Breath Sense mode can dramatically improve the effectiveness and comfort of treatment.
Improve precision: Breath-sensing mode automatically delivers medication according to the patient's inhalation, eliminating the need for manual adjustment by the doctor, reducing errors and improving treatment effectiveness and consistency.
Reduce the burden of monitoring: Reducing the frequency of equipment adjustment reduces the workload of medical staff, improves the efficiency of care, and reduces the risk of errors caused by manual operation.
Feellife has been recognized by the medical and product design industry for its technology over the years.
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