EO Cartridge Sterilizer

Single-use EO cartridges eliminate the need for large gas cylinders, complex tubing, valves, or manual gas handling. The cartridge is punctured only after the door is hermetically sealed and vacuum integrity is confirmed, reducing risks of leaks, operational errors, and environmental waste.

A motorized door stays mechanically and software-locked throughout sterilization and aeration. PLC automation tightly controls humidity, gas concentration, temperature, and vacuum. Electrochemical EO sensors trigger emergency exhaust and shut off supply valves on detecting leakage, while high-integrity FDA-compliant silicone door gaskets maintain an airtight seal.

No. It features an integrated continuous vacuum-assisted post-sterilization purge cycle that removes residual EO from the load inside the same chamber, eliminating the need to transfer items to a separate aeration room.

It uses cartridges without CFC/HCFC propellants and supports dedicated exhaust ports compatible with catalytic abaters or scrubbers. When paired with abators, EO emissions can be reduced by over 99%, supporting near-zero-emission, OSHA-compliant operation.

The internal chamber, product racks, and exterior cladding are made from heavy-gauge AISI 316L (mirror-polished) and AISI 304 stainless steel to resist corrosion and simplify cleaning. Contact parts meet pharmaceutical-grade requirements.

Yes. The PLC-driven system allows password-protected storage and recall of custom recipes tailored to specific heat-sensitive devices, plastics, or surgical kits, ensuring precise and repeatable cycles.

A built-in thermal printer plus USB/Ethernet ports record complete batch data, including time-stamped pressure, temperature, and humidity curves, supporting 21 CFR Part 11 compliance. IQ/OQ/DQ documentation can also be provided.

Cycles can be as short as approximately 3.5 hours with precise cartridge dosing. Chamber temperatures are typically maintained in the 37–63 °C range (commonly around 50–55 °C) with controlled humidity (often 40–80 % RH) for effective EO penetration.

It is widely applied in pharmaceutical, nutraceutical, herbal, Ayurvedic, biotech, cosmetic, and chemical industries, as well as hospitals and medical-device manufacturing, for sterilizing heat- and moisture-sensitive items such as disposable syringes, IV sets, gloves, complex tubing, porous materials, fiber optics, rubber, and fabrics.