We often pick up customers who say that their nebulizer treatment time takes longer, finding they first got all their compressor nebulizers. What you need to consider about Compressor Nebulizer.
The problem is pretty one of two things.
1 . Witty or clogged inlet air conditioning filter.
2 . Medication Cup (nebulizer) needs to be replaced.
But, before we get into that, take a look at understanding the terminology so that I’m on the same page; whether a portable or a tabletop model, the machine you have is called the particular “Compressor. ” The part that you simply hold in your hand, which usually contains your liquid medicine, is called the “Nebulizer” or perhaps “Medication Cup Assy. inches The complete setup is referred to as any “Compressor Nebulizer. ”
Outlet filters need to be replaced every once in a while. The time between changes may differ from user to customer. The best thing to do is a visual inspection. The Pari VIOS and the Pari Trek T are equipped with an extended life filtration. Don’t neglect to inspect your current filter every month or two. Does the filtration have a different color than the original? When in doubt, affect the filter.
Your compressor nebulizer needs air to work effectively. If the filter is filthy, the machine will be starved regarding air. In addition, the general treatment time will be extended when the airflow is fixed because of a dirty filter.
One more possible cause would be the nebulizer itself, again, categorized as the medication cup. Several medication cups are intended to supply for only a week or two. These are generally known as disposable medication mugs. Generally, these are supplied with tabletop compressor nebulizers.
Suppose you are using any handheld portable nebulizer, including the TranSport or Pari Travel S. In that case, your medication glass is known as a jet-neb or long-lasting medication cup and is best for up to 6 months of use.
Right here is why your medication glass may be causing your time in treatment to be extended. The center cone moulded into the base half of your medication glass has a tiny pinhole inside the top of the cone. This is the portion where the inner cone is located on. The inner cone provides tiny grooves on the inside, and the grooves allow your liquid treatment to be siphoned from the bottom of the medication cup.
The air out of your Compressor creates the suction needed to siphon the water medication up. The siphoned medication is forced into the exploding market crossbar, often shaped into your inner cone. Certain things determine the mid-air pressure needed to siphon the liquid, the amount of air being furnished by the Compressor, and the scale of that little pinhole. If the liquid medication often hits the crossbar on the inner cone, the medication is exploded in micron size partials.
You wish your inhaled medication to be 0—05 microns in space or smaller. The smaller often the partials, the better your treatment method will be. More prominent partials include less chance of being valuable.
Over time, when the air passes through that small pinhole in the medication cup, the pinhole often gets larger. That results in the incorrect air tension being delivered, thus evoking the process to take longer.
Often the short story is this, as the little pinhole gets more substantial, the partial size of your medication gets larger. So at this point, instead of you breathing in often the medication, it is falling around the bottom of the medication goblet and being re-nebulized all the time, causing you to spend more time taking the actual treatment.