The Aerogen Solo is a single-patient-use vibrating mesh nebulizer designed to deliver consistent, high-performance aerosol drug therapy across all stages of a patient's respiratory care journey. It seamlessly integrates with invasive mechanical ventilation (IMV), non-invasive ventilation (NIV), high-flow (HF) therapies, and self-ventilating (SV) patients — offering flexibility in a wide range of hospital
key benifits
Quick and easy to set up
Virtually silent
Single patient use
28 days intermittent or 7 days continuous use
No added flow
Refill medication cup without opening the circuit
6 mL cup
Can be placed at the wye or at the humidifier
Aerogen solo
High -Performance Aerosol Drug Delivery
Aerogen Solo: Consistent Performance Across All Respiratory Modalities
The Aerogen Solo is a closed-circuit, vibrating mesh nebulizer designed to deliver effective, physician-prescribed aerosolized medications across invasive and non-invasive respiratory supports—including IMV, NIV, high-flow (HF) therapy, and self-ventilation (SV)—ensuring seamless continuity of care throughout a patient's respiratory journey.
Proven Clinical Effectiveness
Achieves ~4x greater drug deposition than jet nebulizers during IMV, NIV, and HF therapy
Delivers ~6x more drug deposition during self-ventilation (SV)
Enhances Patient Care
Associated with improved lung function in patients on NIV
Offers comparable bronchodilator efficacy during HF therapy
Linked to reduced hospital admission rates, shorter emergency department stays, and fewer treatments needed in SV patients
Simplifies Clinical Workflow
Closed-circuit design eliminates the need to break the ventilator circuit during IMV or NIV medication delivery
Seamlessly integrates with HF therapy systems and can be paired with Aerogen Ultra for SV aerosol delivery
Designed for use with approved inhalation medications and compatible with all major respiratory support systems
Aerogen Safty , ease of use , Effectiveness
Aerogen closed circuit
Aerogen is the only closed circuit aerosol drug delivery system