Customization: | Available |
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After-sales Service: | Online Technical Support |
Warranty: | 12 Months |
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Multiple glass bioreactor is four peristaltic pumps are installed on the front of each tank, which can supply acid, alkali, defoamer and culture medium to the fermentation tank. Various parameters in fermentation such as pH, DO, temperature and speed can be monitored by the controller, and all data and control parameters can be transmitted to the controller or computer.
Model | LBR-XGJGG-6 | LBR-XGJ-(8-12)H |
All Capacity | 0.6L/1L/2L/3L/5L/7L/10L | |
Material | 316L stainless steel+borosilicate glass | |
Mixing method | Magnetic/Mechanical stirring | Mechanical stirring |
Sterilization method | off-site sterilization | |
Basic Configuration | Temperature, Speed, PH, DO, Defoaming, Ventilation, Pressure | |
Extensible configuration (optional) | Exhaust O2, CO2 detection, Online detection of methanol and ethanol content, Refill weighing system etc. |
1. Siemens PLC control system + vinylon LCD touch screen, is used to display all measured values and control parameters, which greatly facilitates the user's operation. you can use USB for data transmission, sampling and displaying tank data, browsing and analyzing system data, reading settings.
2. Each tank is equipped with 4 peristaltic pumps beside the front tank, which can supply acid, alkali, defoamer and culture medium to the fermentation tank.
3. Various parameters in fermentation such as pH, DO, temperature and speed can be monitored by the controller, and all data and control parameters can be transmitted to the controller or computer.
4. The structure is compact, and various components can be integrated into the fermentation system.
5. It adopts the direct coupling mechanical stirring method driven by the upper part or the magnetic indirect coupling mechanical stirring method driven by the lower part, which has a simple structure and stable operation.
Application
• Discover secondary metabolites or new enzyme activities in heterogeneous mixed culture products
• High-throughput screening research, mutant strain distribution research and construction of E. coli library or yeast library
• Metabolic flux research and high-throughput screening of highly active mutant strains;
• Comparative studies, such as: isolation and screening of clinical strains
• Optimization of growth medium for cell lines or high-yield strains
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