ETO TYPE

ETHYLENE OXIDE STERILIZERS

ETO TYPE

ETHYLENE OXIDE STERILIZERS

These ethylene oxide sterilizers have been designed to sterilize heat-sensitive materials, such as plastic syringes, infusion sets, dialysis filter cartridges, plastic materials and special surgical tools.

POROUS AND NON-POROUS

ETHYLENE OXIDE + NITROGEN

20°C – 50°C

Process features
Additional information

Standard and custom programmes for all needs. The machine process is developed by our Automation department in compliance with current codes/standards and the type of product being processed. Vacuum breaker or pressure leak tests; load conditioning programme; pressure sterilization programme; vacuum sterilization programme; product degassing programme; and a gas neutralising programme, etc. The ETO gas is introduced into the chamber via a PID-controlled modulating valve at a temperature of 60°C and the condensate is continuously evacuated via the drain to ensure excellent heat distribution throughout the entire sterilization phase (temperature deviation less than ± 1°C).

Double-wall square cross-section chamber, made entirely of 316L or 316Ti stainless steel.
Full dimpled jacket made of 304 or 316L/316Ti stainless steel.
Piping made entirely of 316L stainless steel with sanitary fittings (tri-clamp ferrules and hygienic flanges).
Surfaces in contact with product and processing fluids are mechanically polished to a roughness level of less than 0.35 micron.
Automatic horizontal sliding chamber doors.
Pneumatically pressurised chamber door sealing gasket (with processing air).
Components and tools made of 316L/316Ti stainless steel and elastomers in compliance with FDA 21 CFR, Part 177.
The chamber, pipes, components and instruments are suitably insulated with high-tech material.
Built-in steam generator.
Built-in vacuum pump with a water recirculation system (water-saving system).
Built-in ETO gas evaporation system.
Built-in load conditioning, sterilizing and degassing devices.
Manual or fully automated ergonomic product loading and unloading solutions.
Gas neutralisation system by thermal combustor or scrubber.
Floor-level or elevated loading solutions.