Position:Home > Others Instrument
High flow expiratory humidification therapy device, also known as nasal high flow humidification oxygen therapy device (HFNC), refers to a treatment method that continuously provides patients with high flow (8-80L/min or higher) inhaled gas with controllable and relatively constant oxygen concentration (21%~100%), temperature (31-37 ℃), and humidity through high flow nasal congestion.
The high flow expiratory humidification therapy device, as a new respiratory support technology, has been widely used in clinical practice in recent years. It can quickly and effectively improve patients' oxygenation, meeting their oxygen needs; The larger the HFNC flow rate, the better the effect of flushing the dead cavity; High flow creates a certain positive airway pressure to maintain airway patency; HFNC increases end expiratory lung volume; Humidified gases have good temperature humidification effects; Having a comfortable user experience. HFNC is playing a positive role in saving patients' lives and promoting their early recovery.
Main parameters - Flow range: (0~200) L/min , Gas mass flow sensor: thermal, laminar flow - Flow indication error : ±1%
- Temperature range : (0~60) ℃ - Temperature indication error : ±0.2℃ - Oxygen concentration range : (15~100)% volume fraction - Oxygen concentration indication error: ±2% volume fraction - Atmospheric pressure range: (50~200) kPa - Atmospheric pressure indication error: ± 1% or ± 1kPa - Humidity range: (0~90) % RH - Humidity indication error: ±0.2℃ DP
Other parameters √ Dimensions: 260x200x450 mm,Depends on the type of sensor √ Weight: 10 kg,Depends on the type of sensor √ Water droplet monitoring sensor: Built-in ,photoelectric sensor √ Micro printer: Built-in √ External power supply 220V/50 Hz or 24DVC
*This product supports customization of appearance and software interface, and can also add or delete functions according to user needs.
*This product supports foreign language customization, including English, French, German, Spanish, and Russian.
|