Four-station parallel laboratory cell glass bioreactor

About This Product

         The four-station parallel glass bioreactor is a versatile experimental equipment that allows four sets of parallel experiments to be carried out at the same time. It is often used in biopharmaceuticals, fermentation engineering, cell culture and other fields. It can help researchers conduct comparative experiments under different conditions, thereby optimizing process parameters and improving experimental efficiency.

Working principle

         The four-station parallel glass bioreactor contains four independent reaction units, each of which can independently control parameters such as temperature, pH, stirring speed, and gas supply. Researchers can conduct four experiments at the same time under the same or different conditions, and accelerate process development and optimization by comparing experimental results.

Design features

• Four-station independent operation: Each reactor has an independent control system, which can set various parameters independently and flexibly design experiments.
• Transparent glass material: Each reactor uses high-transparency glass, which is convenient for observing the culture process and suitable for fine monitoring and data collection.
• Compact structure design: The four-station design saves laboratory space and makes the equipment suitable for the needs of multiple experiments in parallel.
• High automation: The automated control system integrates a variety of sensors, which can accurately control the internal environment of the reactor and reduce manual intervention.
• High experimental repeatability: Multi-station parallel experiments help improve the reliability of experimental data and facilitate the optimization and verification of biological reaction conditions.

Main components

• Four independent reactors: Each reactor can be individually set with parameters such as temperature, pH, stirring speed, gas flow rate, etc.
• Automated control system: Through the integrated control system, users can adjust the operating parameters of each reactor through the display or software.
• Stirring system: Provide an independent stirring device for each reactor to ensure sufficient mixing of culture medium and cells.
• Gas supply system: Provide necessary oxygen, nitrogen or other gases to maintain a suitable culture environment.
• Temperature control system: Ensure the constant temperature inside the reactor to support the optimal growth environment for a variety of organisms.