HEATED CIRCUIT AIRVO
Product information
- Quantity Unit Carton
- Contains 10 Single
- Product Code None
Sorry. This item is out of stock
Now replaced with Tube and Chamber Kit AirSpiral™ Tube and Chamber Kit myAirvo
Description
The AIRVO 2 by Fisher & Paykel Healthcare is an advanced high-flow nasal cannula (HFNC) device, meticulously designed to enhance patient care through optimal humidity delivery. Integral to the Airvo humidifier system, it features a built-in heated humidifier, ensuring consistent and comfortable respiratory support.
Key Features
- Heated Breathing Tube (AirSpiral™):
- Innovatively engineered to reduce condensate formation by up to 93% compared to previous models.
- Equipped with a two-spiral design, offering superior protection against condensate.
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Seamlessly compatible with Optiflow™ and Optiflow Junior Interfaces. 
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Temperature and Flow Settings: 
- Adjustable temperature settings at 31°C, 34°C, and 37°C.
- 
Flow settings range from 10 to 60 L/min, providing precise control with increments tailored to specific needs. 
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FiO2 Settings: 
- Oxygen flowmeter allows fine-tuning of FiO2 levels from 21% to 100% in 1% increments, catering to diverse patient requirements.
Performance Highlights
The AIRVO 2 excels in delivering accurate flow and FiO2 settings, with minimal deviation, ensuring reliable performance. Its integrated turbines provide a steady air supply, complemented by low-pressure oxygen from separate flowmeters. Compatibility with the Fisher & Paykel MR290 humidification chamber and F&P Optiflow OPT844 medium nasal cannulas further enhances its versatility.
Additional Configurations
The AirSpiral™ heated breathing tube is available in two configurations:
- 900PT561: Includes the AirSpiral tube and chamber kit.
- 900PT560: AirSpiral tube only.
Both configurations are offered in convenient packaging options, supporting various clinical needs.
This comprehensive setup makes the AIRVO 2 an invaluable asset in respiratory therapy, providing healthcare professionals with the tools needed for effective patient management.
