Ventilator Circuit

With exhalation valve and line, nebulizer, pressure monitoring line, 22M/15F gas sampling elbow, corrugated / PVC smoothbore tubes, water trap, catheter mount, safety cap.

100% leak inspected at production

A ventilator circuit is a crucial component of a mechanical ventilator system used in healthcare settings to assist patients with breathing difficulties or those who require artificial respiration. It consists of a series of interconnected tubes, connectors, and components that deliver air or oxygen to the patient’s lungs and remove exhaled carbon dioxide. The key elements of a ventilator circuit typically include:

1. Breathing Tube: This is the main conduit through which oxygen-enriched air or a mixture of air and oxygen is delivered to the patient’s airways.

2. Exhalation Valve: It regulates the flow of exhaled air and carbon dioxide out of the patient’s lungs and prevents it from re-entering the system.

3. Humidification Chamber: In some cases, a humidification chamber may be included to ensure that the air delivered to the patient is adequately moisturized to prevent drying of the airways.

4. Filters: Filters are often integrated into the circuit to remove contaminants and bacteria from the incoming air.

5. Pressure and Flow Sensors: These sensors monitor and control the pressure, flow rate, and volume of air delivered to the patient, ensuring safe and effective ventilation.

6. Inspiratory and Expiratory Limbs: These are the sections of the circuit responsible for carrying air during inhalation (inspiratory limb) and exhalation (expiratory limb). They can be further equipped with additional valves and sensors to manage the breathing cycle.

The design and configuration of a ventilator circuit can vary depending on the specific needs of the patient and the type of mechanical ventilator being used. Proper setup and maintenance of the circuit are crucial to ensure the patient’s safety and well-being during mechanical ventilation.