MC 000413 MMM VENTICELL IL EASY Sterilization and Depyrogenation
VENTICELL® IL EASY is an economic modular-designed series of laboratory devices with the chamber volume of 55–707 litres. The device is used for items sterilization at the temperature of up to 180°C, or for items depyrogenation at the temperature of up to 300°C and in optional time mode. The devices can be used in laboratories, industry, pharmacy, and research. VENTICELL® IL EASY is intended for treatment of thermally resistant, inflammable materials.
Basic features :
- one-door and passthrough models
- advanced EVO automation meeting the guidelines/directives for hot air sterilization, depyrogenation
- dustproof door design
- separate control panels on both sides of the device for separate wall mounting
- input HEPA inlet filter H13, meeting the purity class ISO class 7
VENTICELL® IL is intended for thermally resistant, inflammable materials, e.g.:
- empty glass products – glasses, ampoules, vials, bottles, vessels
- metal materials in pharmaceutical industry – trays, containers, accessories and device parts
- thermally stable basic pharmaceutical products and chemical substances
The device concept is based on the requirements of the standard EN 61010-2-040 and can be adjusted according to the individual needs of each worksite. The device is designed and manufactured in the certified quality assurance system in accordance with EN ISO 9001.
Hot-air Sterilization and depyrogenation
Sterilization is a process that ensures killing of all viable microorganisms, including spores, and which leads to an irreversible inactivation and killing of health-relevant worms and their eggs.
During the sterilization cycle, the number of Bacillus subtilis microorganisms must be reduced by at least 6 orders of magnitude. The sterilizing effect in hot air sterilizers is achieved by heating the sterilized material to high temperatures (160-180 °C).
Depyrogenationis a procedure reducing the number of bacterial endotoxins (pyrogens) by at least three orders by high temperature (250—300°C) acting for a given period of time.
Important parameters of the processes are the following ones:
- accurate profile reached by sophisticated heated air flow system and perfect construction design of the sterilization chamber
- quick temperature rise and cooling
- compliance with the regulations on clean rooms
