Professional grade glass bioreactor series
BY-GlassBio series desktop glass bioreactor
High precision, modularity, and scalability
The BY-GlassBio series is a high-performance desktop glass bioreactor designed specifically for microbial fermentation, cell culture, and biotechnology development. Adopting high borosilicate glass tank body and 316L stainless steel components to ensure corrosion resistance, easy cleaning, and compliance with GMP level process standards, suitable for laboratory research and process scaling needs.
Microbial cultivation: Escherichia coli, yeast, filamentous fungi, etc
Cell culture: mammalian cells, insect cells, stem cells
Special applications: ADC drug development, mRNA in vitro transcription (IVT), biofuel research
Adopting a complete set of imported hardware to ensure stable and reliable equipment performance:
PLC: SIEMENS S-1200 series from Germany
PH: Switzerland METTLER TOLEDO gel electrode
DO: HAMILTON Optical Electrode from Switzerland
Flow meters: American ALICAT mass flow meter/Japanese SMC mass flow meter
Flow meter: Dwyer rotor flow meter from the United States
Single machine independent control: directly control one or two devices through the operation screen
Multi machine centralized management: supports one computer to control multiple devices, parallel and independent control for free switching
• Compatible with mainstream brand electrodes, impellers, and functional modules, worry free upgrade and expansion
Online zoom in and zoom out function, our software comes with online zoom in software, which can be zoomed in through three methods: equal P/V, equal Kla, and equal shear force. Customers only need to input the tank parameters.
The software comes with a built-in Kla automatic detection function, and the reactor software is designed with a Kla automatic detection program. When customers change the aeration type and stirring slurry type of the fermentation tank, the Kla value can be automatically calculated through the software.
DOE function, software automatic DOE function, customer automatically inputs the parameters that need to be optimized, software automatically designs experimental plans, and experimental plans can be copied to the fermentation tank for execution with one click; After the experiment is completed, the experimental results can be inputted, and the software automatically analyzes the experimental results to provide the optimal solution.
Online sampling and biochemical analysis functions, the equipment can expand the automatic online sampling function, and at the same time, it is associated with an online biochemical analyzer to automatically detect parameters such as DO, glucose, ethanol, etc. The detected parameters can be automatically uploaded to the reactor software for reference and analysis.
PID adaptive function, software parameters are adjusted through PID algorithm, and P, I, and D parameters can be automatically calculated to the optimal PID value through the software's PID self-tuning function.
