• Modular system allows variable individual device variation
• One-door and passthrough models
• Sterilization chamber, doors, device frame and jacket are made of stainless steel for easy maintenance and long service lifetime
• Double semi-automatic door lock for maximal process safety/li>
• Horizontal air flow in the chamber, powerful heating elements and highly efficient device insulation ensure short work process times and reduction of operating costs
• Control by means of an industrial PLC system
• Sterilization phase checking and recording both in graphic and numeric form in the course of the whole process
• Simple, intuitive device control by means of a touch panel with possibility of user modification of process parameters
• Various possibilities of the batch documentation processing
• Regulation of pressure inside the chamber by means of air pressure sensors in relation to sterile or non-sterile space
• Main doubled temperature sensors for independent work process control
• Auxiliary doubled temperature sensors for better process control
• Effective use of inner sterilization space
• Transport and loading system guarantees easy handling of the sterilized material by the operator
• Wide offer of optional equipment and accessories according to individual needs

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 substance

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 .

Depyrogenation is a procedure reducing the number of bacterial endotoxins (pyrogens) by at least three orders by high temperature (250-280°C) acting for a given period of time.

Important parameters of the processes are the following ones:

• Accurate profile reached by a 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