Green Anesthesia Breathing Bag Full Size Latex Breathing Bag

Latex Material: The breathing bag is made of latex, which is a stretchable and durable material commonly used in medical devices. Latex bags have good elasticity, allowing them to expand and contract as the patient breathes.

Green Color: The green color is often used to distinguish anesthesia breathing bags from other types of bags used in medical settings. The color-coding helps healthcare professionals quickly identify and differentiate anesthesia equipment.

Size Options: Anesthesia breathing bags come in different sizes, typically ranging from 0.25 liters to 2 liters. The size selection depends on factors such as patient age, tidal volume requirements, and the specific anesthesia system being used.

Full-Size Bag: The term "full size" indicates that the bag has a capacity of 2 liters, which is considered the standard size for adult patients. However, smaller sizes are available for pediatric patients or when lower tidal volumes are required.

Function: The anesthesia breathing bag is an essential component of the anesthesia breathing circuit. It serves as a reservoir for anesthesia gases and provides a manual means of ventilation when needed. The bag is squeezed by the anesthesia provider to deliver positive pressure ventilation during the induction, maintenance, or emergence phases of anesthesia.

It's important to note that latex bags may not be suitable for individuals with latex allergies. In such cases, alternative materials like silicone or synthetic rubber bags should be used.

1. No pungent smell. Soft handle, smooth touch.
2. Standard connector.
3. With nett and smooth surface, no pinholes and dirt.
4. Size: 0.25L, 0.5L, 1.0L, 2.0L, 3.0L

What is latex breathing bag?

They provide a visual monitor of the patient's breathing, protects the patient from excessive pressure and hold a collection of respiratory gases used during patient's spontaneous breathing.

What is an air breather bag?
Breathing Bag is made available in size of 0.5 Ltr and finds application in providing vital assistance in making the patients breathe through assistance of artificial oxygen provided. Being connected to oxygen source, these bags are squeezed and as a result the oxygen is pushed into patient''s lungs.