aerogen solo-The Aerogen Solo is a high-performance, handheld, vibrating mesh nebulizer for single patient use

aerogen solo-The Aerogen Solo is a high-performance, handheld, vibrating mesh nebulizer for single patient use - Portable Nebulizer Story

aerogen solo

The Aerogen Solo is a high-performance, handheld, vibrating mesh nebulizer for single patient use, delivering physician-prescribed inhaled medications efficiently to adults, pediatrics, and neonates, both on and off mechanical ventilation, without heating or degrading the drug, often used with controllers like the Pro-X or USB for intermittent or continuous therapy over several days. It offers hands-free operation and is known for its silent delivery, creating consistent aerosol particles for better lung deposition, especially in critical care settings. 

Key Features & Benefits:

· Vibrating Mesh Technology: Uses a fine mesh that vibrates at high frequency to create a slow, fine aerosol with consistent droplet size (MMAD ~3.4 µm) for deep lung penetration.

· Single Patient Use: Designed for 28 days intermittent or 7 days continuous use, promoting infection control.

· Versatile: Works with ventilated (IMV, NIV, HF) and non-ventilated patients, providing continuity of care.

· Medication Compatibility: Nebulizes solutions, suspensions, proteins, and peptides without heat degradation.

· Hands-Free & Silent: Offers discreet, quiet operation, ideal for patient comfort and integration into circuits.

· Efficient Delivery: Delivers significantly more drug to the lungs compared to traditional jet nebulizers. 

How it Works (General):

1. Medication is added to the nebulizer cup (typically 4-6 mL).

2. The Solo unit connects to a T-piece in the patient's breathing circuit or a mouthpiece/mask.

3. A compatible controller (Pro-X, USB) powers the mesh, producing the aerosol.

4. The patient inhales the fine mist, with medication delivery controlled by the device's settings. 

Used For:

· Delivering bronchodilators, steroids, antibiotics, and other respiratory medications.

· Patients in intensive care units (ICU) on ventilators and high-flow oxygen.

 

 

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