Loading Systems...
Headquarters: Richmond, Vancouver, BC, Canada
|Advanced Medical Systems & Engineering
Rapid Cold-Plasma Decontamination for Temperature-Sensitive Devices
Low-Temperature Plasma Sterilization • Clinical Engineering Assembly
Modern surgical instruments incorporate delicate optical lenses, microelectronics, and elastomeric seals that cannot tolerate high-temperature steam autoclaves. The Low-Temperature Plasma platform utilizes low-pressure vaporized hydrogen peroxide (VH2O2) followed by radio-frequency gas plasma excitation. This process neutralizes all bacterial spores, viruses, and fungi at 45°C–55°C, leaving only harmless water vapor and oxygen.
Vaporized hydrogen peroxide combined with reactive oxygen species gas plasma to achieve complete 10^-6 SAL sterility without thermal degradation.
Full electrical barrier protecting delicate sensory nodes.
High-throughput continuous multi-vector telemetry transmission.
Tested and optimized for operating theatres and acute intensive wards.
Explore the individual hardware blocks and algorithmic pipelines powering this technology.
Generates reactive free radicals that break down microorganism DNA/RNA and cell membranes at low thermal thresholds.
High-vacuum extraction and active catalytic converters eliminate the lengthy multi-hour aeration cycles required by ethylene oxide (EtO).
Proprietary deep-vacuum diffusion pulses achieve SAL 10^-6 inside narrow flexible endoscopes up to 2,000 mm in length.
Zero hazardous effluent; all residual sterilant converts into non-toxic water and breathable atmospheric oxygen.
Detailed metrics covering resolution, frequency response, electrical isolation, and communication interfaces.
Engineered to accelerate diagnosis and reduce fatigue in demanding clinical environments.
Enables multiple procedures per day with a single high-value endoscopic surgical set.
Eliminates thermal degradation and moisture oxidation on delicate optical adhesives and micro-circuitry.
Completely enclosed cassette sterilant delivery with zero toxic emissions or exposure risks.
Consult with our biomedical engineering team in Richmond, BC for technical validation dossiers, integration protocols, and evaluation units.