BIPAP, VPAP, and Bilevel Machines

There are actually several different machines that are available in the market today that help the sleep apnea patient to breathe better during the sleep cycle bipap. With so many different models and options that these sleep apnea machines offer, it can become confusing very quickly. Your physician will probably recommend the correct machine for your condition; however, you still need to know about the machine and what it does exactly for your condition.

BIPAP (Bi-Level Positive Air Pressure) machines are the same thing as VPAP (variable positive air pressure) or Bi-level machines. These machines help the patient to breathe better by doing two different things. First, it helps to force air into the lungs. Second, it helps to hold the lungs open so that more oxygen can enter into the lungs. The machine is aided by a mask apparatus that is strapped on to the head and face. As the patient exhales, the machine applies pressure to the lungs so that the air sacs will remain open.

This machine is usually recommended whenever a patient cannot breathe completely by themselves. The BIPAP machine is used whenever the physician is trying to avoid placing a breathing tube in the patient. There are some complications that are associated with the BIPAP machine. Of course, sores around the mask area or soreness in the area and bloating which is caused by swallowing air. The machine is relatively quiet and safe to use.

These machines are referred to as bi-level because they provide two different levels of pressure. Inspiratory Positive Airway Pressure (IPAP) and Expiratory Positive Airway Pressure (EPAP) are the two different pressure levels that are offered with these machines.

There are several different modes that are incorporated into these machines that help the patients and the doctors to ensure that the patient will receive a certain predetermined amount of breaths per minute.o First, there is the “S” mode (spontaneous). This mode is triggered by spontaneous inspiratory that is detected within the patient and then the machine directs the breathing back into EPAP.

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