Plasma Sterilization System

Detail view of blue plasma fields forming symmetrical containment patterns inside a laboratory sterilizer chamber, illustrating controlled energy distribution.



  Medical Devices

Laboratory system for pathogen eradication using high–energy plasma. The low–temperature, non–invasive method employs ionized gas for biological decontamination of sensitive equipment and surfaces. Working with physicists and engineers, the team developed strategies for stable plasma containment and efficient energy distribution within compact chambers. Housing and interface components were modeled to tight tolerances for consistent performance. Key safety considerations included UV exposure, gas reactivity, and electrical shielding, with all systems designed to meet laboratory safety standards and sterilization protocols. ▤




Top-down detail of an active plasma field within the sterilization chamber, showing even distribution of purple ionized gas.


Close-up digital rendering of the plasma array activation sequence, showing ionized particles forming a high-energy sterilization field in real-time.


Arrangement of final containment vessels configured for simultaneous multi-sample sterilization, resembling a deployed laboratory-ready setup.

Plasma Sterilization System
Edward Dormer

Team: Design Farm, Edge Product Development Corporation
End use: Laboratory sterilization
Purpose: Research and development
Sector: Medical