High Pressure Sterilizer

The system typically applies 400–600 MPa of hydrostatic pressure. Related process descriptions on the page also reference low-temperature operation around 50°C as a cool, dry cycle that protects sensitive goods from heat damage, along with high-diffusion capabilities for complex layouts and narrow lumens.

It is tailored for clinical disposables including intravenous administration lines, single-use syringes, procedure packs, drainage catheters, and collection pouches. It also works well for seasonings, dried nut kernels, boxed grains, and heat-sensitive food items. Additional applications noted include premium fragile healthcare goods such as cardiovascular catheters, coronary stents, intraocular lenses (IOLs), optical scopes, fluid conduits, and precision cutting tools.

Key advantages include non-thermal processing that retains vitamins, colors, and flavors better than pasteurization; compatibility with cold-chain conditions (ambient temperatures of 4–25°C); eco-friendly operation with no chemicals or radiation and energy efficiency for large batches; and scalability from lab-scale (liters) to industrial (tons) volumes. It successfully lowers pathogen levels while protecting material integrity and maximizing product durability.

Product-facing surfaces are constructed from high-grade stainless steel (SS 304 or SS 316) for corrosion resistance and hygiene. The equipment uses a sectional design framework for structural flexibility, horizontal cylindrical chambers in many configurations, front-loading doors for convenient access (often with wheeled carts), and insulation in related designs to improve efficiency.

Units are offered in varying capacities, scaling from compact 0.5-cubic-meter models up to large 40-cubic-meter industrial systems. Specific technical examples include models such as AETOS–2.6 (≈70 liters / 2.6 cu. ft.), AETOS–4.5 (≈125 liters / 4.5 cu. ft.), and AETOS–8 (≈200 liters / 8 cu. ft.), with corresponding chamber dimensions.

It features fully automated system cycles powered by a centralized PLC platform. Control configurations include semi-automatic systems managed via conventional hard-wired analog push buttons or air-actuated ball valves, and fully automatic PLC-HMI systems with interactive touchscreen interfaces for seamless cycle execution. Modern units support data logging and cycle validation.

An average operational run completes in approximately 8 hours. Related cycle information notes support for warm and cold cycles where applicable, along with in-built aeration facilities in certain configurations.

Applications span the pharmaceutical, nutraceutical, herbal, Ayurvedic, biotech, cosmetic, and chemical industries. It is also relevant for medical and industrial sterilization needs involving heat-sensitive or high-value items.

Comprehensive qualification paperwork (IQ, OQ, and DQ) can be furnished optionally upon request. Safety-oriented elements referenced across related sterilizer designs include door interlocks, pressure relief valves, overheat protection, alarms, and construction that supports compliance considerations for hygienic, reliable operation. Power supply details (e.g., single-phase 220 V options) can also be adjusted to local requirements.