Respiratory Humidifier
Intelligent Humidification for Advanced Respiratory Care
Intelligent Humidification for Advanced Respiratory Care
The HT50 humidifier is primarily used to provide gas at appropriate temperature and humidity levels for patients, helping maintain the normal physiological and protective functions of the human airway mucociliary system. With precise airflow detection technology and advanced control algorithms, the HT50 can accurately control temperature and humidity output under a wide range of environmental conditions. It also features audible and visual alarm functions for enhanced safety.
Dry Heating Alarm
Effectively detects dry-heating conditions, helping ensure adequate humidification and reducing the risk of secretion accumulation and airway complications.
Probe Disconnection Detection
By monitoring airflow and temperature trends, the system can identify whether the temperature probe is properly connected.
Dry Heating Alarm
Effectively detects dry-heating conditions, helping ensure adequate humidification and reducing the risk of secretion accumulation and airway complications.
Probe Disconnection Detection
By monitoring airflow and temperature trends, the system can identify whether the temperature probe is properly connected.
Dry Heating Alarm
Effectively detects dry-heating conditions, helping ensure adequate humidification and reducing the risk of secretion accumulation and airway complications.
Probe Disconnection Detection
By monitoring airflow and temperature trends, the system can identify whether the temperature probe is properly connected.
Dry Heating Alarm
Effectively detects dry-heating conditions, helping ensure adequate humidification and reducing the risk of secretion accumulation and airway complications.
Probe Disconnection Detection
By monitoring airflow and temperature trends, the system can identify whether the temperature probe is properly connected.
Heated inspiratory and expiratory limbs minimize condensation throughout the breathing circuit, ensuring stable humidification, accurate monitoring, and enhanced ventilation performance.
The humidification chamber and breathing circuit are controlled independently. This ensures delivery of gas at body temperature and saturated humidity levels. Intelligent automatic algorithms enable the system to deliver target humidity across a wide range of environmental conditions while minimizing condensate formation.
