Blends oxygen and air
Delivers heated and humidified air/oxygen mix
Built in blower
Airblend HF60L can reach flow rates of up to 60 litres per minute
Humidification and Warming
with 5 level digital control
Easy to use
Airblend HF60L for home use
Heated Humidified High Flow Therapy Device (HFNC, HFNO, HFOT)
Certified
Compliant with European norms
High Quality and Innovative
Medical Device Production
Superior quality standards with quality assurance system
Impressive Swiss design based on strong values
and pioneering innovations
How does the HF60L Essential work?
HF60L Essential is the High Flow therapy device with humidification, heating, and integrated flow source for home users.
It is intended for the treatment of spontaneously breathing patients who would benefit from receiving High Flow heated and humidified air/oxygen mixture with up to 60 l/min flow rate via various sizes of nasal cannulas. The treatment is known as High Flow Oxygen Therapy.
Airblend HF60L Essential
Airblend HF60L's unique features
Instant On
HF60L can be used immediately after powering on, no need to wait half an hour for an adequate humidification
User friendly
Very easy to use
Fine-mist medicine delivery
The professional grade nebulizer function is built-in to every HF60L.
Flow, humidity and heating control
Simple setting of 10 levels for flow, 5 levels for humidification, 5 levels for heating
Dedicated adult and pediatric patient modes
To maximize patient tolerance, it is important to set therapy parameters precisely. The finest airflow and humidity values are preset in the HF60L.
Technical details about High Flow Nasal Oxygen Therapy device Airblend HF60L
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Malpractice Prevention
HF60L is designed to minimize oxygen toxicity risk
Oxygen toxicity is lung damage that happens from breathing in too much extra (supplemental) oxygen. It's also called oxygen poisoning. It can cause coughing and trouble breathing. In severe cases it can even cause death.
HF60L is the only HFNC equipped with a special oxygen source connection port design to prevent malpractice. Once O₂ is supplied in excess quantities at higher flow levels, outgoing flow will decrease.