ClorDiSys Secures Patent for Innovative Sterilization Technology
ClorDiSys has achieved a milestone in medical device sterilization by receiving a noteworthy patent for their system that converts existing ethylene oxide vacuum sterilizers to chlorine dioxide vacuum sterilizers. This innovative approach opens new avenues for the sterilization industry, making it easier for facilities with current infrastructure to shift away from ethylene oxide, a known carcinogen.
The Shift from Ethylene Oxide to Chlorine Dioxide
For many years, ethylene oxide (EO) has been utilized to sterilize around 50% of medical devices globally. However, growing concerns around the harmful health effects and environmental risks associated with EO have raised alarm among regulatory bodies and the public. As a result, multiple lawsuits and the shutdown of facilities have adversely affected sterilization capacities, putting patients at risk of medical device shortages.
The introduction of chlorine dioxide (ClO2) gas provides an effective and safer alternative to EO. It does not carry the same carcinogenic risks and is non-explosive, making it a preferable choice for sterilization. ClO2 can penetrate dense materials and fill sterilization chambers evenly. Unlike other sterilization techniques, it successfully works at ambient temperature, making it suitable for temperature-sensitive devices.
Benefits of ClorDiSys' Technology
ClorDiSys’ patented Pure CD™ sterilization method, originally developed by Johnson and Johnson, is an EPA registered sterilant that yields a gentle, non-acidic gas, which proves effective without damaging materials. Established in 2001, ClorDiSys is an FDA registered contract sterilization facility and offers options for in-house sterilization through manufacturing advanced sterilization chambers.
One of the outstanding advantages of using chlorine dioxide is its ability to sterilize embedded batteries, a feature that ethylene oxide struggles with. This capability not only enhances device innovation but also paves the way for new developments in the medical device sector. The new patent will facilitate the conversion of existing EO chambers to ClO2, removing the barriers to adoption and creating a more environmentally friendly path forward.
Embracing Sustainability in Medical Device Sterilization
As the demand rises for safer and more environmentally friendly practices, ClorDiSys's breakthrough patent is timely. Manufacturers looking to cut costs and transition to sustainable technologies will find this new method not only economical but also innovative.
Company Overview
ClorDiSys is dedicated to advancing the field of sterilization while prioritizing environmental and health safety. Its patented processes signal a commitment to innovation and sustainability in a market increasingly scrutinized for its environmental impact.
Getting in Touch with ClorDiSys
If you're interested in learning more about ClorDiSys's innovative solutions and the benefits of their new sterilization technology, you can reach out to their media contact, Emily Lorcheim, at 908-236-4100. ClorDiSys Solutions operates from 50 Tannery Rd, Suite 1, and is available to discuss their comprehensive sterilization solutions.
Frequently Asked Questions
What is ClorDiSys’s recent patent about?
ClorDiSys received a patent for a system that converts ethylene oxide vacuum sterilizers to chlorine dioxide, enhancing sterilization options.
Why is chlorine dioxide preferred over ethylene oxide?
Chlorine dioxide is non-carcinogenic, non-explosive, and does not leave harmful residuals, making it safer for both health and the environment.
What are the advantages of chlorine dioxide gas sterilization?
This method penetrates tightly packed areas effectively and operates at ambient temperatures, allowing compatibility with temperature-sensitive devices.
Can ClorDiSys help facilities transition to new sterilization methods?
Yes, the new patent enables easier conversion of existing sterilization chambers to chlorine dioxide, streamlining the transition.
How can manufacturers benefit from ClorDiSys’s sterilization solutions?
Manufacturers can adopt a more cost-effective and sustainable sterilization method that enhances safety and efficiency in medical device production.
