Introduction: The automatic microbial growth curve analyzer uses the turbidimetric method to draw the microbial growth curve principle, and integrates the temperature control and shaking culture function in one, in order to realize a variety of microorganisms (including bacteria, fungi, yeast, bacteriophages, amoeba, cells and algae, etc.) ) Is a microbial automated scientific research instrument developed for online monitoring and cultivation. Using the automatic microbial growth curve analyzer can free microbial researchers from boring observation activities, avoid staying up late to record data, and save a lot of experimental consumables for microbial research such as bacterial culture, fermentation research, drug toxicology experiments, etc. It has high practical value in work. Features: 1. Automatic measurement to avoid staying up late 2. Automatically draw the curve, reduce the complicated calculation and drawing 3. Up to 36 samples can be measured at one time without interference 1. Closed culture and testing can ensure that the sample is not contaminated and the experimental environment is safe 2. Compared with sampling detection, no-sampling detection does not lose samples, and the experimental results are more accurate Technical parameter: Model: Scientz-WSQ Light source life: 20000 hours Number of channels: 36 channels Adaptation strains: anaerobic and aerobic microorganisms Detection interval: 5-360 minutes can be set OD600 range: 0-5 Measurement band: 600nm Temperature control range: 4-60℃ Speed range: 20-250rpm/min Culture volume: 2ml-10ml Training time: 1600 hours Authority management: divided into user and administrator authority
Introduction: The automatic microbial growth curve analyzer uses the turbidimetric method to draw the microbial growth curve principle, and integrates the temperature control and shaking culture function in one, in order to realize a variety of microorganisms (including bacteria, fungi, yeast, bacteriophages, amoeba, cells and algae, etc.) ) Is a microbial automated scientific research instrument developed for online monitoring and cultivation. Using the automatic microbial growth curve analyzer can free microbial researchers from boring observation activities, avoid staying up late to record data, and save a lot of experimental consumables for microbial research such as bacterial culture, fermentation research, drug toxicology experiments, etc. It has high practical value in work.
