Bain Circuit Child

The Bain Circuit Adult manufactured by Glass Agencies under the brand EROSE is an anaesthesia breathing system used to connect the anaesthesia machine to the patient during surgical procedures. This circuit allows the flow of oxygen and anaesthetic gases from the machine to the patient while removing exhaled carbon dioxide from the breathing pathway. It is commonly used in hospitals, operating theatres, and surgical centres where controlled ventilation and anaesthesia administration are required. The Bain circuit operates through a coaxial tube arrangement in which a fresh gas tube runs inside a larger outer tube. The inner tube carries oxygen and anaesthetic gases from the anaesthesia machine to the patient, while the outer corrugated tube allows exhaled gases to move away from the patient toward the reservoir bag and valve system. This arrangement helps maintain a continuous flow of breathing gases while reducing the chance of rebreathing exhaled carbon dioxide during ventilation. The circuit typically includes a flexible corrugated breathing tube, reservoir bag, adjustable pressure-limiting valve, connectors, and tubing for gas supply. These components work together to regulate airflow during inhalation and exhalation. The reservoir bag helps control ventilation and allows observation of the patient’s breathing pattern during anaesthesia. The valve system allows excess gases to exit the circuit while maintaining stable pressure inside the breathing system. The lightweight and flexible tubing structure allows convenient positioning during surgical procedures, especially when access around the patient’s head or airway is limited. The circuit supports both spontaneous breathing and controlled ventilation depending on the surgical requirement. The coaxial configuration also helps maintain warmth and humidity of inhaled gases as the fresh gas passes through the outer tube carrying exhaled air. The EROSE Bain Circuit Adult, produced by Glass Agencies, supports the controlled flow of anaesthetic gases and oxygen during surgical procedures. It assists medical teams in maintaining effective ventilation and gas exchange while the patient remains under anaesthesia in operating room environments.