Efficient. Dry. Low-Temperature.
High-Precision, Low-Temperature Decontamination for Sensitive Materials.
Plasma is the "fourth state of matter," a highly reactive ionized gas. In a fine vacuum environment, this gas creates a lethal environment for pathogens while remaining gentle on the substrate. Unlike traditional methods, plasma attacks cell structures on a molecular level, preventing pathogens from developing resistance.
Scientific studies prove that low-pressure plasma utilizes four simultaneous effects to ensure total sterility:
| Sterilizing Effect | Mechanism of Action |
|---|---|
| Reactive Oxygen Species | Oxidizes organic molecules, destroying the protective envelopes of bacteria and fungi. |
| Intense UV Radiation | Shatters DNA and RNA genetic sequences, rendering viruses (including SARS-CoV-2) inactive. |
| Ion Sputtering | High-speed charged particles mechanically "blast" contaminants off the surface. |
| Vacuum Dehydration | Fine vacuum conditions pull moisture from pathogens, leading to rapid cell death. |
Because the process is non-thermal and non-corrosive, it is compatible with a vast array of technical materials:
| Metals | Stainless steel, Titanium, Aluminum. |
| Polymers | PEEK, TPU, Polycarbonate, PTFE. |
| Advanced | Technical textiles, Silicone, and Ceramics. |
Compatibility Warning: Not suitable for closed-cell foams or materials with high outgassing rates, as these interfere with the vacuum integrity.
The choice of process depends on your specific hygiene requirements and the Log Reduction needed.
50–80% Reduction
Physical removal of debris and germs. Common in general maintenance.
84–99.9% Reduction
Eliminates active pathogens to prevent infection risk. Safe for non-critical tools.
100% Elimination
Complete destruction of all life forms, including spores, prions, and virions.
Most metals, plastics, and glass are perfectly compatible. However, closed-cell foams and materials with high outgassing (like certain unaged rubbers) should be avoided as they can interfere with the vacuum pressure needed for effective sterilization.
Unlike Autoclaves which use high pressure and heat (121°C+), Plasma is a low-temperature process. This prevents the warping of plastics, the dulling of sharp surgical blades, and damage to delicate fiber optics.
No. One of the greatest advantages of plasma is that it is environmentally friendly. The reactive species revert back to oxygen and nitrogen once the power is turned off, leaving the treated products completely safe to handle without "degassing" periods.
Yes. Due to the properties of low-pressure gas, the plasma particles and UV light can penetrate into very small cracks, crevices, and narrow cavities that liquid disinfectants might miss due to surface tension.
Yes. The high kinetic energy of the ions and the oxidative power of the plasma are proven to denature and remove even the most resilient proteins, including infectious prions.