Sterilization by dry heat has become increasingly popular worldwide due to two main special factors first the need of sterilizing small objects, especially ampoules, syringes and secondly for de-pyrogenation of manufacturing apparatus which is impossible in a steam sterilizer. Dry heat sterilization and dehydrogenation process is mainly used for complete destruction and removal of all micro-organisms by means of dry heat. These stainless steel dry heat sterilizers use air as a medium of sterilization.

Dry heat sterilization kills bacteria, viruses, and fungal spores without leaving any residue behind.

Sterilization by dry heat has become increasingly popular worldwide due to two reasons first the need to sterilize small objects, particularly ampoules, syringes and secondly for de-pyrogenation of manufacturing apparatus which is not possible in a steam sterilizer. Another advantage of this method of sterilization is that objects which are damaged by water or steam e.g. powder or ointment can be sterilized provided the heat penetrates to all parts of the substance.

The distinctive feature of these sterilizers lies in particle contamination class. We ensure a particle contamination level in the chamber that does not exceed the values prescribed by class 100: not even during transient phase, such as heating and cooling during which the filters can release considerable amounts of practices due to temperature related deformations. Special air flow technique guarantees over-pressure in the chamber throughout the cycle thereby assuring sterile integrity of the load, These sterilizers are designed to meet the stringent requirements of the pharmaceutical and medical device industry and are available in different configurations to meet specific temperature and cycle time requirements. These sterilizers represent the ideal solution for any production where the variability of products, batches and formats does not allow the use of continuous sterilizers such as tunnels.

UPS :

• Inflatable Door Gasket for Sliding Door
• High Temp Hepa Filter Inside the chamber.

Main Applications :

• Glassware (Containers such as ampoules,vials etc.). Various types of humidity sensitive material

Another advantage of this method of sterilization is that objects which are damaged by water or steam e.g. powder or ointment can be sterilized provided the heat penetrates to all parts of the substance.

Applications:

• Empty glassware (e.g. Vials, Ampoules and bottles).
• Stainless steel and aluminium containers
• Thermo stable basic pharmaceutical products and chemical compounds.
• Non-aqueous liquid material (e.g. Oils, glycerine, etc.)
• Powders like sulphonamides and talcum powder
• Metal trays.

Salient Features:

• Chamber is manufactured in SS316L. Fully welded with round corners.
• The doors are of hinged type, equipped with double edge seal gasket for maximum safety
• For operation, control and data acquisition a PLC is provided. HMI facilitates interface between operator and equipment.
• Equipment’s are available with single door as well as double door pass through arrangement.
• Bio seal flange to seal the equipment into the building wall can be provided
• HEPA filters are installed in the fresh air, recirculation and exhaust module. In addition, 0.5 micron “Micro B” filter is installed as a pre-filter to the Fresh Air HEPA
• Three modules for air handling
• Fresh air (air intake)
• Recirculation
• Exhaust