Electronics & Precision Optics

High-precision optics, sensors, and electronic assemblies are ubiquitous in advanced diagnostics and industrial research. However, these components present severe decontamination challenges. Liquid chemicals leave corrosive residues and degrade anti-reflective optical coatings; thermal autoclaves crack glass-to-metal seals and warp plastic sensor housings; and vacuum systems can induce outgassing of volatile compounds.

Plasmatico provides a breakthrough alternative through atmospheric-pressure non-thermal plasma (NTP).

Preserving Delicate Optical Surfaces

Optical assemblies—such as objective lenses, laser emitters, prisms, and imaging sensors—rely on microscopic multi-layer anti-reflective and protective dielectric films.

• No Surface Clouding: Unlike alcohol or peroxide wipes that can strip coatings or leave solvent streaks, Plasmatico uses pure gas-phase active species that neutralize biological contaminants without abrasive mechanical contact.
• Uniform 360° Penetration: Plasma active particles disperse evenly throughout the chamber, reaching into camera housings, filter slots, and internal lens mounts that cannot be wiped by hand.

Safe for Complex Electronics & Printed Circuit Boards

Electronic components and printed circuit boards (PCBs) are inherently heat- and moisture-sensitive:

• Room-Temperature Operation: The internal chamber maintains a temperature just 5–10 °C above ambient, eliminating thermal fatigue on solder joints, microprocessors, and flexible ribbon cables.
• Dry Physical Process: Because the process generates no liquid condensation, there is zero risk of electrolytic corrosion or short-circuiting sensitive microchips.
• Field & Mobile Durability: Plasmatico requires only standard electrical power, making it exceptionally suited for rapid field deployment in mobile testing units, military installations, or remote cleanrooms.