Yokogawa Advanced Control Bioreactor System
Bioreactor performance for mammalian cell culture has been automated and improved with better soft-sensor inline analytics and model predictive process control.
YOKOGAWA BR1000 ADVANCED CONTROL BIOREACTOR SYSTEM
Yokogawa experts have assembled and integrated the most effective PAT-driven bioreactor hardware and software tools for CHO cell biologic expression and advanced control.
Bioprocess Needs
- Real-time monitoring with in-line sensing
- Measure and control of glucose concentration with high precision
- High cell culture reproducibility from batch to batch
YOKOGAWA's Solutions
Achieving automation of mammalian cell culture through real-time monitoring and high-precision advanced control
- In-line soft sensors: Real-time monitoring of cellular activity
- Advanced control: Automated process control of critical cell culture variables
- Powerful custom support: Calibration tools to improve and customize the accuracy of in-line sensors
Key Highlights
- Refinement of the cell culture calibration model
- Precision control of glucose and alignment with off-line analytical Data
- Basic control of physical parameters such as pH, temperature, DO
- In-line sensor for measurement of glucose and lactate
- In-line sensor for viable cell density
- Soft Sensor estimation of specific rates
Performance Benefits
Optimal glucose control for your cell line leads to enhanced stability and efficiency of bioreactor performance including better batch-to-batch reproducibility, higher productivity and improved product quality
- Integrated Instrumentation: provides basic control of pH, temperature, and dissolved oxygen, in-line sensors to monitor cell growth and metabolism, feed control, and data-logging in one complete system
- Powerful support: Provides calibration modeling tools to improve the accuracy of in-line sensors specifically for your expression system
- Technical support: Engineering and application support for cell culture provided locally and remotely
Cell Culture Calibration Model

Cell State Measuring Technology
