Hydrogen Peroxide Low Temperature Plasma Sterilizer(Plasma Sterilant Solution)

Hydrogen Peroxide Low Temperature Plasma Sterilization Technical Applications:

Low-temperature hydrogen peroxide plasma sterilizers are widely employed for the terminal sterilization of heat-sensitive medical devices, as well as dental handpieces, laboratory analyzers, pharmaceutical packaging components, veterinary surgical tools, and precision aesthetic devices. This technology delivers validated, residue-free microbial inactivation while maintaining the structural integrity and functional performance of delicate polymers, optics, and electronic components.

Hydrogen Peroxide Low Temperature Plasma Sterilization Technical Features:

• Low-temperature sterilization ensures the complete inactivation of microorganisms while preserving the structural integrity and functional fidelity of thermolabile instruments and components.
• Eliminating the need for toxic chemical residues, hazardous by-products, or environmental emissions, thereby fulfilling stringent green manufacturing and sustainability criteria.
• Sterilization efficacy is consistently maintained through precise, real-time control of chamber temperature and hydrogen peroxide concentration, ensuring optimal sporicidal activity across all cycle phases.
• The rectangular sterilization chamber is engineered to maximize volumetric utilization
• Operational safety is reinforced by an electromechanically actuated lift door that physically prevents door opening during pressurized or active sterilization phases.
• Human-centered operation is enabled by an embedded intelligent control processor featuring a graphical touchscreen interface, programmable cycle templates, and one-touch initiation of validated protocols.
• Critical subsystems are sourced from certified industrial-grade suppliers, ensuring long-term reliability.
• The optimized cycle architecture achieves rapid microbial kill while minimizing energy consumption, consumable usage, and labor input—delivering measurable reductions in both operational time and total cost of ownership.
• A sterile-grade, hydrophobic 0.22 µm air inlet filter prevents microbial ingress during vacuum break and post-cycle air admission, safeguarding sterility assurance throughout the entire process sequence.
• Integrated USB data logging provides encrypted, tamper-evident storage of full-cycle parameters.

Low Temp H₂O₂ Plasma Sterilizer Specifications: