Reusable Manual Resuscitator ( Ambu Bag ) Manual resuscitator.
Mask (SILICONE RESUSCITATOR MASK) made from SILICONE RUBBER. Clear color makes it easy to observe.
The next step is to find a patient. It is a standard size coupling (22 MM ID).
Plastic joints made from POLYSULPHONE, strong and durable.
The DUCK BILL VALVE part and various valve closing parts are made from blue SILICONE.
Oxygen reserve bag (OXYGEN RESERVOIR BAG) has a capacity of not less than 2,500 milliliters in sizes for adults and older children, made from polyvinyl chloride (Polyvinyl Chloride – PVC) *** It is a one-time use type.
The positive pressure control valve set (PEEP VALVE) is made from strong POLYSULPHONE. The spring part is made from STAINLESS STEEL, so it will not rust when washed and cleaned.
Can AUTOCLAVE all parts at a temperature of 134 °C or 273 °F.
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What is an AMBU Bag ? What can it be used for?
Ambu Bag is an abbreviation that comes from the full words Air Mask Bag Unit and Artificial Manual Breathing Unit. However, there are also many other names such as Ventilation bag and Manual Resuscitator, etc. This device is a portable ventilator. The hand squeeze type is a device that works together systematically. By helping the patient breathe with pressure through a respirator mask or breathing tube so that the patient can breathe Can be connected with high concentration oxygen as well.
Used in cases where the patient has symptoms of respiratory failure, not breathing. ,In the case where the ventilator has a problem or during patient transport, etc.
The working principle of the Ambu Bag consists of
The mask (DURABLE SILICONE RESUSCITATOR MASK) is able to fully deliver air to the patient. This will prevent air leakage between the Ambu bag and the patient’s face. For use, we must choose a face that is appropriate for the patient’s facial anatomy, noting that if it is a child it will be round. And for adults it will be pink so that the mask can fit tightly. In cases where the patient uses a breathing tube, there is no need to connect the mask itself.
Patient valve set (NON-REBREATHING VALVE ASSEMBLY) As for this set of joints, it is a joint on the patient side that will have a valve inside called a duckbill valve (DUCK BILL VALVE) that will open when we squeeze the Ambu bag to open. The airway to the patient and valve closes when the hand is removed from the Ambu bag to prevent carbon dioxide gas from the patient’s exhaled breath from flowing back into the Ambu bag.
The SILICONE BAG INLET is made of silicone rubber. What we call Ambu bag is to store air or oxygen. When we squeeze and spit It creates a pressure difference between the inside of the Ambu bag and the airway. It will be like squeezing 1 time, breathing in 1 time, and when you spit your hand out 1 time, it will be like we exhaling 1 time.
The oxygen valve set (OXYGEN RESERVOIR VALVE) will have 2 joints, with the first one having a width of approximately 22 millimeters to connect to the oxygen reserve bag. The other one is connected to an oxygen tube (Oxygen tube) to bring high-concentration oxygen from a gas source such as an oxygen tank, hospital oxygen system, or high-pressure oxygen generator, etc.
The positive pressure control valve (PEEP VALVE) serves to keep a little air in the lungs so that on the next breath the air sacs can expand more easily than pulling air out of the lungs entirely. It increases the efficiency of using the Ambu bag even further.
Oxygen Reserve Bag (OXYGEN RESERVOIR BAG) that serves to store 100% oxygen waiting to be sent to the patient. When squeezing the Ambu bag
How to use the Ambu Bag hand-compressed respirator.
Place the patient in the supine position.
Remove foreign objects from the mouth, throat, or respiratory area.
Place a bite guard or tongue guard over the airway to open the patient’s mouth and prevent the tongue from closing off the airway.
Stand behind the patient’s head and stretch the patient’s head behind him.
Lift your chin up. to open the airway
Place the mask over the mouth and nose. Press with your thumb and palm. The other fingers Placed on the chin
Use the other hand to squeeze the ball. to blow air into the lungs
Ensure correct and effective ventilation.
By observing the movement up and down of the patient’s chest > Check the patient’s lips and facial expression through the mask > Check to see if the inside of the mask will fog up during ventilator use.
