Sterilization offers the greatest margin of safety to device reprocessing, yet conventional high-temperature methods such as steam are not suitable for all devices. The materials that comprise advanced surgical instruments, and their complex design, necessitates the use of low-temperature sterilization (LTS) to maintain device integrity.
Commonly utilized LTS modalities include ethylene oxide (EtO), formaldehyde gas (FO) and hydrogen peroxide (H2O2), however, each is associated with potential hazards, to users, patients and the environment. EtO, FO and H2O2, and their residues, are linked with acute and long-term toxicities, while the former two sterilants are considered carcinogenic by the World Health Organization (WHO), putting staff and patients at an avoidable risk of harm.
Many countries have recognized the danger of EtO and FO and have issued strict regulations governing their use – to limit exposure to staff, patients and the environment – which sterilization facilities must comply with.
The use of EtO and FO has declined rapidly since the start of the century, and in some markets has completely stopped, due to these regulations.
That's where Hydrogen Peroxide Gas Plasma Sterilization steps in, technology designed to meet the demands of modern healthcare.
Our e-book will guide you through the science and application of Hydrogen Peroxide Gas Plasma Sterilization. It explores how this method offers a safer, more efficient, and environmentally friendly alternative to traditional sterilization techniques. By utilizing a combination of H2O2, which is noncarcinogenic, and gas plasma, which eliminates H2O2 residues leaving only water and oxygen, STERRAD™ Systems rapidly and safely sterilize medical devices and materials, avoiding exposing users and patients to unnecessary health risks.
What’s in it for you?
- Technology: Learn about the underlying chemical processes that make Hydrogen Peroxide Gas Plasma Sterilization so effective. Discover how it works at the molecular level to destroy harmful microorganisms without damaging delicate instruments.
- Benefits: Discover the wide-ranging benefits of this sterilization method, from its ability to sterilize heat-sensitive devices to its role in keeping the staff and patients safe and reducing environmental impact within healthcare facilities.
- Safety: Understand why this method is considered safer than conventional techniques, particularly in terms of reducing toxic residues and minimizing the risk to patients and healthcare workers.
- Case Studies: Gain insights from real-world applications, showcasing how leading healthcare institutions are successfully implementing this technology to enhance patient safety and operational efficiency.
- Efficiency & Effectiveness: Explore how this technology ensures faster, more reliable sterilization cycles, making it ideal for high-demand healthcare environments where time is crucial.
Whether you’re looking to upgrade your facility’s sterilization processes or simply want to stay informed about the latest technological advancements, this document provides the knowledge you need to make informed decisions.
By downloading the full e-book, you’ll gain access to expert knowledge that can help you optimize your sterilization processes, improve patient outcomes, and contribute to a safer, more sustainable healthcare environment.