Second hand Class 100 Purification Double Door Dry Heat Sterilization Cabinet

NegotiableUpdate on 05/19

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Overview

According to the pharmacopoeia of the second-hand hundred level purification double door dry heat sterilization cabinet, dry heat sterilization must ensure F0 ≥ 15 (equivalent to 30 minutes at 170 ° C or 2 minutes at 250 ° C). The higher the temperature, the shorter the required time, but the higher the tolerance requirements for the item. Loading method and airflow: Items must be placed with gaps and not stacked tightly to ensure that hot air can penetrate; Glassware should be placed upside down to prevent the formation of air pockets for cooling and material retrieval. The cooling stage after sterilization must be completed in the cabinet or insulated gloves must be worn for material retrieval to prevent burns; It is strictly prohibited to suddenly open the door at high temperatures to avoid glass explosion.

Product Details

Second hand Class 100 Purification Double Door Dry Heat Sterilization Cabinet

According to the pharmacopoeia, dry heat sterilization must ensure F0 ≥ 15 (equivalent to 30 minutes at 170 ° C or 2 minutes at 250 ° C). The higher the temperature, the shorter the required time, but the higher the tolerance requirements for the item. Loading method and airflow: Items must be placed with gaps and not stacked tightly to ensure that hot air can penetrate; Glassware should be placed upside down to prevent the formation of air pockets. Cooling and material retrieval: The cooling stage after sterilization must be completed in the cabinet or insulated gloves must be worn for material retrieval to prevent burns; It is strictly prohibited to suddenly open the door at high temperatures to avoid glass explosion.

Second hand Class 100 Purification Double Door Dry Heat Sterilization Cabinet

Dry heat can not only kill nutrient cells, but also effectively destroy bacterial spores and endotoxins (pyrogens), which is a difficult effect to achieve in wet heat sterilization and is the gold standard for injection packaging sterilization. No chemical residue, environmentally friendly and safe: no use of steam, chemical disinfectants (such as EO) or irradiation, non-toxic residue, friendly to the environment and operators.

Wide applicability: Especially suitable for high temperature resistant, non moisture resistant items such as glass, metal, ceramics, as well as sterilization of powdered drugs.

High degree of automation, complete data: PLC control throughout the process, real-time monitoring and recording of temperature, time, and F0 values, in compliance with FDA 21 CFR Part 11 requirements for data integrity. Pharmaceutical industry: sterilization and heat removal of ampoules, penicillin bottles, oral liquid bottles, stoppers, and aluminum caps; Sterilization of powder injection cephalosporins.

Sterilization of syringes, needles, and implantable medical devices. Electronics and Aerospace: Drying and Cleaning of Semiconductor Wafers, Precision Electronic Components, and Optical Devices. Laboratory: Dry heat sterilization of glassware (test tubes, beakers, culture dishes)