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How Do You Determine Whether a Medical Device Is Compatible With Chlorine Dioxide Gas Sterilization?

Healthcare, Medical Device / /

A device is compatible with chlorine dioxide (ClO₂) gas sterilization when its polymers, adhesives, coatings, and any embedded electronics tolerate the specific ClO₂ concentration, relative humidity, temperature, and exposure time a cycle uses to reach the required sterility assurance level, without measurable change to strength, function, or biocompatibility. Confirming this requires exposing production-representative samples or […]

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How to Choose a Chlorine Dioxide Gas Sterilization System for Medical Device Manufacturing

Medical Device / /

Choosing a chlorine dioxide gas sterilization system comes down to five decisions: the chamber capacity your sustained production volume actually requires, the materials in your device portfolio and how they respond to a strong oxidizer, the cycle parameters your validation protocol will have to prove, the depth of in-cycle monitoring your quality system needs recorded,

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Bringing Medical Device Sterilization In-House with ClO₂

Healthcare, Medical Device / /

Medical device manufacturers have spent the past several years watching a dependable link in their supply chain turn into a liability. Contract sterilization capacity sits in a shrinking number of facilities, and every ethylene oxide plant closure or permit dispute ripples outward as weeks of added turnaround. Finished devices leave the plant, wait in queue,

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ClO₂ Gas Sterilization for Complex Medical Device Geometries

Medical Device / /

Medical devices keep getting smaller, more intricate, and more materially diverse. A single-use surgical instrument may combine narrow lumens, hinged joints, mated plastic surfaces, adhesives, and embedded electronics, all sealed inside breathable packaging before it ever reaches a sterilizer. Every one of those surfaces has to reach a sterility assurance level of 10⁻⁶, and geometry

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Cutting EtO Emissions with ClO₂ Device Sterilization

Medical Device / /

For decades, ethylene oxide (EtO) has been the star of medical device sterilization, valued for its ability to penetrate complex geometries and treat heat-sensitive materials. Yet that reliance now carries a growing cost; mounting regulatory pressure over EtO’s carcinogenic emissions has led the FDA and EPA to scrutinize sterilization facilities, prompting plant closures, capacity shortages,

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Solving the EtO Sterilization Shortage with ClO₂ Gas

Healthcare, Medical Device / /

For decades, ethylene oxide has been the stalwart of medical device sterilization, valued for its ability to treat heat- and moisture-sensitive products without damaging them. That reliance has become a liability. Tighter emissions regulations, public scrutiny over carcinogenic exposure, and the closure or curtailment of major EtO facilities have left device manufacturers facing real questions

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