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The World'S Top 500 Partners
The microbial limit detector is suitable for the microbial limit detection of purified water and water for injection, and can also be used for the microbial load detection of other samples. The product is small in size, easy to use, and can form a complete membrane filtration device through different pump heads with special filter cups or limit incubators. During the test, the test solution is filtered through a membrane, the microorganisms in the test solution are retained on the filter membrane, and then cultured to form colonies visible to the naked eye and counted to detect the bacteria content in the test product.
Power supply voltage :000
The microbial limit detector is suitable for the microbial limit detection of purified water and water for injection, and can also be used for the microbial load detection of other samples. The product is small in size, easy to use, and can form a complete membrane filtration device through different pump heads with special filter cups or limit incubators. During the test, the test solution is filtered through a membrane, the microorganisms in the test solution are retained on the filter membrane, and then cultured to form colonies visible to the naked eye and counted to detect the bacteria content in the test product.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
The microbial limit detector is made of stainless steel metal material, equipped with a built-in imported diaphragm liquid pump, no external suction filter bottle is required, the liquid is directly discharged through the diaphragm liquid pump, which reduces the cumbersome use of the suction filter bottle and avoids problems caused by poor connections. Disadvantages such as slow filtration speed.
Dry heat sterilizer for sterilization and depyrogenation of vials, ampoules, aluminum bottles, metal and glassware and dry heat sterilization of solid materials in the pharmaceutical, chemical and food industries. Heat sterilization is the most reliable and commonly used sterilization method, including moist heat sterilization and dry heat sterilization. Dry heat sterilizer/dry heat sterilizer uses high temperature and dry heat to oxidize microorganisms, denature proteins, and cause poisoning due to concentration of dielectrics. Among them, the protoplasm of cells is mainly destroyed by oxidation, and microorganisms are killed, so all microorganisms can be killed within a certain heating time.
