about mass-eo
Michael Anderson Sterilization Services was built on a passion for optimizing ethylene oxide sterilization to help medical device companies bring their devices to the market safely and quickly. EO sterilization is an incredibly useful method for sterilization. It also comes with a responsibility to use it as efficiently as possible. At MASS-EO, we scrutinize every cycle we run, to ensure we are accomplishing your goals in the best way possible.
Michael Anderson is an AAMI Certified Industrial Sterilization Specialist with many years of experience conducting sterilization studies on many different devices. He has communicated with hundreds of medical device manufacturers to design sterilization processes for brain implants, heart valve implants, spinal implants, catheters, embolization devices, drug-coated stents, balloon stents, nasal swabs, catheters, skin grafts, bandages, surgical clamps, surgical drapes, Intraocular lenses (IOLs), artificial hearts, cauterization devices, surgical kits, micro-needle devices, blood circulation devices, and more.
mass-eo & the EPA
The EPA's recent implementation of new regulations to govern the use of ethylene oxide reflects a critical step towards safeguarding public health and environmental well-being. Recognizing its potential risks, we are committed to complying with the new standards immediately to ensure its responsible utilization. Through continuous research, investment in cutting-edge technologies, and stringent adherence to safety standards, we are dedicated to harnessing ethylene oxide's benefits while minimizing any associated hazards. Our unwavering commitment lies in maximizing efficiency without compromising safety, thereby fostering a sustainable approach to its use within our operations.
While other sterilization facilities have been granted up to three years to meet the new EPA regulations, MASS-EO stands as a beacon of compliance, having already aligned with the stringent guidelines. Our proactive approach underscores our dedication to prioritizing safety and environmental responsibility without delay.