CPR mask is a standard, essential component of modern emergency medical systems for safe rescue breathing, a core barrier for infection control, and a tool mandatorily recommended by global guidelines.
Key Functions
1. Protective Barrier for Rescue Breathing
Isolates the rescuer from the patient's mouth and nose to prevent cross-infection via bodily fluids, droplets, or pathogens, thereby aiding in disease prevention and infection control.
2. Standardized CPR Ventilation
Creates a seal over the mouth and nose to improve ventilation efficiency, ensuring sufficient oxygen delivery to the lungs and increasing the success rate of CPR.
3. Airway Support
Secures firmly to the face, maintaining an open airway via the head-tilt, chin-lift maneuver.
4. Emergency Oxygen Supply
Connects to an oxygen source to enable oxygen-enriched rescue breathing, enhancing resuscitation effectiveness.
5. Suitable for Pre-hospital and In-hospital Use
Applicable to pre-hospital emergency care, in-hospital resuscitation, firefighting operations, medical services, and emergency drills.
Key Features
1. One-way valve design (crucial feature)
Allows airflow in only one direction; exhaled air does not flow back to the rescuer, ensuring complete isolation.
2. Soft, skin-friendly material
Made of medical/food-grade silicone; conforms to the face for a secure seal without causing skin trauma.
3. Transparent design
The clear mask body allows for direct observation of the patient's lips, complexion, and any vomit.
4. Compact and portable
Small and foldable; fits easily into first-aid kits, vehicles, or bags.
5. Simple to use
No professional training required; simply position over the mouth and nose to use—easy to master quickly.
6. Highly adaptable
Universal models suitable for both adults and children; some versions available in specific sizes.
7. Hygiene and Safety
Primarily single-use; clean and sterile, effectively preventing cross-infection.
8. Oxygen Compatibility
Equipped with an oxygen port, allowing for connection to an external oxygen source to increase the delivered oxygen concentration.
Applicable Scenarios
- Cardiopulmonary resuscitation (CPR) for cardiac and respiratory arrest.
- Artificial respiration for patients suffering from drowning, asphyxiation, or coma.
- Hospital emergency departments, emergency medical services (EMS), and emergency aid in public places.
- Medical training, as well as emergency equipment for schools and corporate facilities.