The Sterilization Depyrogenation cycle is based on selection of cycle times and exposure of temperature that will sterilize or depyrogenate the glassware to an acceptable low probability level of contamination, without adversely affecting the critical parameters of the product.
Generally Heat destroys micro organisms. The destruction process of microorganisms is a function of time and temperature. The rate of destruction is linear logarithmic, means in a given time interval and at a given temperature, the same percentage of the bacterial population will be destroyed. Hence forth introduce “Forced Conventional Dry Heat Sterilizer” (Sterilizing Tunnel).

The Sterilization Depyrogenation cycle is based on selection of cycle times and exposure of temperature that will sterilize or depyrogenate the glassware to an acceptable low probability level of contamination, without adversely affecting the critical parameters of the product.
Generally Heat destroys micro organisms. The destruction process of microorganisms is a function of time and temperature. The rate of destruction is linear logarithmic, means in a given time interval and at a given temperature, the same percentage of the bacterial population will be destroyed. Hence forth introduce “Forced Conventional Dry Heat Sterilizer” (Sterilizing Tunnel).