WHY CHOOSE US

Our Vision

NanoGuard Technologies is a cutting-edge technology company focused on revolutionizing sterilization of medical devices through its patented High Voltage Atmospheric Cold Plasma (HVACP) technology. Our technology provides a safer, faster, and economical alternative to traditional low-temperature sterilization methods, eliminating the risk of cancerous emissions associated with ethylene oxide.

Cold Plasma

Cold plasma, a partially ionized gas, is a powerful sterilization agent, generating reactive gas species that can destroy cellular DNA, reduce pathogen loads, and achieve medical-grade sterilization. Unlike traditional methods, which rely on high temperatures, toxic chemicals, or long exposure times, cold plasma operates at or near room temperature. Its reactive gas species revert back to air over time, leaving no harmful residues. This makes it an ideal alternative for industries facing increasingly stringent safety, environmental, and regulatory challenges, while eliminating the carcinogenic risks associated with ethylene oxide.

Unlike most cold plasma technologies, which treat directly within the plasma field, our indirect treatment approach allows for scalable and more efficient operations. Our plasma generator ionizes air, creating reactive gas species such as ozone, reactive oxygen, and reactive nitrogen, which possess antimicrobial properties. These charged gas particles then flow into a sterilization chamber, where they contact surfaces and effectively destroy pathogens.

Ethylene Oxide
  • The dominant low-temperature medical device sterilization method
    creates cancerous emissions.
  • In March 2024, the EPA announced a ruling to reduce ethylene oxide emissions by 90%.
  • Sterilization facilities are looking for alternative solutions due to high compliance costs and public pressure for change.
NanoGuard’s Cold Plasma Technology
  • Is a cost-effective, safe, and effective alternative.
  • Achieves the required Sterility Assurance Levels.
  • Is predicted to have shorter cycle times compared to ethylene oxide.
  • Has a low variable cost due to not needing additional chemicals on-site.
  • Leaves no harmful residues as the reactive gas species revert back to air.

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