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Anprolene Door Left Open
In this worst-case scenario study, an Anprolene AN74i was operated with its door left open in a room without air…
Anprolene Purge Probe Efficacy
This study documents the purge probe’s effectiveness in aerating the liner bag’s contents at the end of a sterilization cycle.
Anprolene Pump Failure
In this worst-case scenario study, an Anprolene AN74i was operated in a room without air circulation and with a simulated…
Anprolene Compromised Bag
In this worst-case scenario study, an Anprolene AN74i was operated in a room without air circulation and with a simulated…
Anprolene Operator Exposure
In this worst-case study, an Anprolene AN74i was operated in a room without air circulation and more than the standard…
Accidental Ampoule Activation
In this worst-case scenario study, an ampoule was broken and air-tested 18 inches away.
EOGas 4 Efficacy
In this study, the EOGas 4 produced a negative BI 100% of the time at 90 minutes into the cycle.EOGas 4 Operator Exposure
In this worst-case scenario study the EOGas 4 was operated in a room without air circulation.
EOGas 4 Residuals
Post-cycle, EO residuals in common medical device materials were measured (latex, paper, silicone, nitrile, hard PVC, polypropylene, polycarbonate, stainless steel…
EOGas 3 Lumen Length
This study shows that the EOGas 333 sterilizer’s standard 16-hour cycle can effectively sterilize 60-inch stainless steel lumens in diameters…EOGas 3 Operator Exposure
In this study, the EOGas 310 and EOGas 333, both equipped with Andersen emissions abators, emitted significantly less than OSHA’s…
Laptop Function Study
In this study, a laptop was sterilized with more gas than normal in an Anprolene AN74i and an EOGas 333…
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