MediPlas

For systems capable of self-sterilization without disassembly, known as Cleaning in Place (CIP). The MediPlas reactor maintains a continuous circulation of reactive gases, steadily increasing their concentration. After the sterilization cycle is completed, the reactive agents are filtered out.

Ideal for medical environments, MediPlas ensures sterility without damaging sensitive instruments,  preserving both safety and equipment longevity.

In batch configurations, medical instruments are placed inside a sealed chamber. The MediPlas reactor fills this chamber with reactive gases, ensuring comprehensive exposure across all surfaces.

Unlike traditional autoclaves, MediPlas operates at low temperatures, making it suitable for delicate items such as endoscopes, wound dressings, and stents. It also enables faster cycles, requires no added chemicals, and consumes less energy.

MediPlas can ionize the air or gas surrounding water to produce a potent blend of reactive species, such as ozone (O₃), hydrogen peroxide (H₂O₂), and nitrogen oxides (NOx) – collectively known as Plasma-activated water (PAW).

These reactive species induce oxidative stress on microbial cells, damaging their membranes and internal structures, ultimately leading to microbial inactivation. PAW is widely used in medical and dental sterilization, food safety, and agriculture.

MediPlas generates reactive species on demand, eliminating the need for complex supply chains or storage of hazardous chemicals. This makes it a highly flexible and scalable solution for various environments.

Designed with both sustainability and sensitivity in mind, MediPlas offers a low-temperature alternative ideal for delicate instruments such as endoscopes, wound dressings, and stents.

Compared to EtO and autoclaves, MediPlas is cleaner, chemical-free, and energy efficient – making it safer for users and the environment.
 

Unlike EtO, MediPlas requires no extended aeration times after the sterilization cycle. This significantly accelerates turnaround times, improving workflow efficiency and reducing downtime.