Incubator

Working Principle The internal electric heating system, combined with air duct circulation, ensures uniform and stable temperature inside the chamber. The temperature control sensor collects real-time temperature data, and the instrument controls heating start/stop through a closed-loop system. Biochemical and mold models are additionally equipped with a refrigeration module, enabling low-temperature environments below room temperature. The CO₂ incubator introduces CO₂ gas and precisely adjusts its concentration to simulate the growth environment of cells in vivo. The constant temperature and humidity model adds a humidification component to simultaneously control temperature and humidity, providing suitable and stable growth conditions for bacteria and cells. Application Fields 1. Food Testing: Cultivation and detection of microbial strains such as total bacterial count and coliforms in food. 2. Pharmaceutical Industry: Sterility testing of drugs, bacterial fermentation, and cell biology experiments. 3. Environmental Monitoring: Isolation of microorganisms from water and soil, and constant-temperature cultivation of bacterial strains. 4. Agricultural and Forestry Research: Seed germination and seedling cultivation, plant tissue culture, and insect rearing.