The Ideal Alternative to Ethylene Oxide
See Why
Non-carcinogenic, non-explosive gas
Protect your communities and environment
Faster processing times
Get to market faster than EO or other sterilization methods
No residual concerns
Eliminate complex aeration and validation delays
Purpose-Built for Complex Medical Devices
Today's medical devices are smarter, more complex, and more sensitive than ever—and they need sterilization technology that can keep pace.
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The Clordisys Advantage
Process Efficiency
Faster processing times
Same-day processing available
Easy transition pathway from EO
Material Compatibility
Broad material compatibility
Non-destructive to electronics
No residual concerns
Proven Performance
Ultra-pure CD gas generation
Real-time spectrophotometer monitoring
Total process control
Expert Support
25+ years experience
Predictable long-term pricing contracts
Global regulatory expertise
Your Most Complex Devices, Sterilized with Peace of Mind
Contract Sterilization
Our FDA-registered, ISO 13485-certified contract sterilization facility delivers what in-house solutions and traditional providers cannot—faster processing times for the most challenging medical devices, with end-to-end validation support.
Ideal For
Prefilled
Syringes
Bioresorbable
Products
Electronic
Devices
We didn't just enter the chlorine dioxide sterilization market— we created it.
About Clordisys
We represent the institutional knowledge of an entire industry. With our proprietary CD technology, Pure CD, we tackle healthcare’s most complex sterilization challenges—even the ones EO can’t handle. With everything managed in-house, you work with one team that owns every aspect of your sterilization success.
Featured Resource
Residual Testing on a Medical Device
November 10, 2021
Since the use of chlorine dioxide to sterilize medical devices is fairly new, the acceptable levels of ClO2 residue left on medical devices after the sterilization process has never been defined. The following study was carried out in order to determine how much (if any) ClO2 residue is present subsequent to a ClO2 sterilization cycle.