Disposable Bain Circuit

Disposable Bain Circuit Specification

Size
Standard

Application
Hospital

Warranty
6 Months

Equipment Type
Disposable Bain Circuit

Material
Plastic

Condition
New

Operating Type
Manual

Color
Green

Disposable Bain Circuit Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
5000 Pieces Per Month

Delivery Time
7 Days

About Disposable Bain Circuit

A disposable Bain circuit is a single-use, coaxial breathing system used in anesthesia and ventilation to deliver fresh anesthetic gases and remove exhaled carbon dioxide. Its key feature is an inner tube for fresh gas delivery within an outer corrugated tube for the patient's exhaled gas, which helps warm and humidify the incoming air. This disposable, sterile design prevents cross-infection, and its lightweight, flexible construction with standard connectors makes it compatible with most medical equipment.

How it works

Coaxial design: A small inner tube carries fresh anesthetic gas from the anesthesia machine, while the outer, larger corrugated tube carries the patient's exhaled gas back to a scavenging system or reservoir bag.
Gas delivery: The fresh gas flow washes out the exhaled carbon dioxide, preventing the patient from re-breathing it.
Warmth and humidity: The inner tube running through the outer tube helps to warm and humidify the fresh gases before they reach the patient.
Waste gas scavenging: The design facilitates scavenging of waste anesthetic gases, which is important for safety and environmental control.

Key features

Coaxial inner and outer tubes: Provides a compact and efficient design for gas exchange.
Disposable and sterile: Prevents cross-infection between patients and eliminates the need for cleaning and reprocessing.
Lightweight and flexible: Reduces drag on the patient's airway and is easy for clinicians to handle.
Standard connectors: Includes 22mm male/female connectors to fit a wide range of anesthesia machines and ventilators.
Transparent tubing: Allows for easy visual inspection of condensate and potential blockages.
Low resistance: Designed for low resistance to breathing, supporting both spontaneous and controlled ventilation.