Walt Rosebrough
Analyst · KeyBanc.
Yes, you can answer that kind of gas versus radiation in short and EO – specifically EO. There is a small percentage of product that can be done with either one. And they are, for lack of better term, semi interchangeable. We happen to have surprise of our own that we sterilize that we know we can do either way. Having said that, the preponderance of products are one or the other. Because the, it’s not that they both wouldn’t sterilize in most cases, there are some cases, where they actually wouldn’t sterilize, because the radiation or gas can’t get to the product. But generally speaking, they could sterilize, but you ruin the product with the sterilization methodology. And so obviously, we can’t ruin the product, while we’re sterilizing. So at a high level, I’d say, it’s – this is ballpark with maybe 10% or 15% of either one could go either way, but we’re not talking 90% that can go either way. Is at a high level. So there is some substitution possibility, but limited. Having said that, that’s why we have virtually every form of sterilization on the planet, because what is really good to do in hospitals for reprocessing, where we commonly use hydrogen peroxide is almost useless for most industrial sterilization, where we’re doing it in the first time and things that are pre-packaged for a variety of reasons. The same is true for most of the gas versus and will steam, for example, steam is commonly used in hospitals. It’s completely irrelevant industrial, because that’s already packaged. And so you would be ruining the packaging, if nothing else and it probably wouldn’t work anyway. So at a high level, it’s very limited. Now when you come to the inside of radiation, x-ray versus e-beam versus cobalt, there the combination of x-ray and cobalt, there’s much more substitutability if you will. And it varies based again on the device itself, the packaging the device, the way it is put in place. So there is much more substitutability radiation versus radiation, there is very limited really substitutability gas to radiation at a high level.