Screen High Flux Liquid Handing System is to partition single nucleic acid template into separate reaction chambers and performs a single molecule quantification by PCR amplification and fluorescence signal detection. The digital PCR technology does not reply on neither Ct values nor standard calibration curves, and has extremely high sensitivity, precision, and excellent repeatability. It is an absolute quantitative analysis technology that transcends real-time PCR.
30L Automatic Parallel Glass Bioreactor System for Laboratory Research
Bailun’s 30L Automatic Parallel Glass Bioreactor System is designed for laboratory-scale parallel fermentation and cell culture studies. Featuring four independent 30L borosilicate glass vessels, advanced automation, precise environmental control, and a compact laboratory design, the system enables simultaneous cultivation under identical or different process conditions. It is ideal for microbial fermentation, mammalian cell culture, algae cultivation, and bioprocess optimization research.
This automatic parallel bioreactor system is widely used in biotechnology laboratories, pharmaceutical R&D centers, academic institutions, and pilot-scale development projects to improve experimental throughput, reproducibility, and operational efficiency.
Applications of 30L Automatic Parallel Glass Bioreactor System
The 30L automatic parallel bioreactor system is suitable for a wide range of laboratory applications:
Microbial Fermentation
Mammalian Cell Culture
Yeast and Bacterial Cultivation
Suspension Cell Culture
Recombinant Protein Expression
Enzyme Production
Algae Cultivation
Bioprocess Development and Optimization
Vaccine Research
Synthetic Biology Research
Precision Fermentation
Academic Laboratory Studies
Researchers can run multiple experiments simultaneously, increasing laboratory efficiency and ensuring consistent experimental outcomes.
Advantages of Automatic Parallel Bioreactor Technology
Parallel Cultivation Design
Each vessel operates independently with separate process control, allowing simultaneous experiments under precise cultivation conditions.
Benefits include:
Increased experimental throughput
Consistent cultivation conditions across all vessels
Efficient process comparison
Reduced variability between runs
Faster media optimization
Accelerated process development
Each vessel features fully independent control and monitoring capability. Ideal for laboratory R&D, process screening, and fermentation optimization studies.
High-Quality Borosilicate Glass Vessels
All vessels are constructed from premium borosilicate glass for excellent transparency and chemical resistance.
Advantages include:
High transparency for process observation
Excellent corrosion resistance
Durable and long-lasting structure
Easy cleaning and sterilization
Laboratory-grade sealing system
Researchers can directly monitor microbial or mammalian cell growth during cultivation.
Precise Environmental Control
Each vessel has independent monitoring and control of critical parameters:
Temperature
pH
Dissolved Oxygen (DO)
Agitation speed
Airflow
Foam level
This ensures stable and reproducible cultivation conditions across all vessels.
Compact Laboratory Benchtop Design
The system is designed for efficient laboratory operation while minimizing installation space.
Benefits include:
Space-saving structure
Easy installation
Convenient operation
Flexible laboratory integration
Suitable for high-throughput R&D environments
Perfect for academic, industrial, and biopharma laboratories.
Key Features of Bailun 30L Automatic Parallel Glass Bioreactor System
Multiple Independent Glass Vessels
30L borosilicate glass per vessel
Four-vessel parallel configuration
Single wall design for each vessel
Heating by bottom stainless steel jacket optional
Heating system integration optional
Easy sterilization and cleaning
High chemical resistance
Compact laboratory footprint
Intelligent Automatic Control System
PLC or HMI touchscreen optional
Fully automatic process control
Real-time monitoring for each vessel
Data recording and batch reports
Alarm and trend analysis functions
Historical data storage
SCADA software optional
Optimized Agitation & Aeration
Low-shear impeller design
Independent agitation control for each vessel
Uniform nutrient and oxygen distribution
Adjustable airflow and aeration
Multi-gas mixing control optional
Sterility and Contamination Control
Autoclavable glass vessels
Sterile gas filtration
Aseptic sampling ports
Closed cultivation system
Reduced contamination risk for parallel experiments
Customizable Automatic Parallel Bioreactor Solutions
Bailun provides fully customizable solutions according to different laboratory research requirements.
Vessel Options
Single wall borosilicate glass
Jacketed glass for temperature control
Hybrid glass-stainless design
Agitation Options
Rushton impeller
Marine impeller
Paddle impeller
Low-shear mixing
Sensor Options
Turbidity OD sensor
ORP sensor
Biomass living cell sensor
Level sensor
CO2 sensor
Automation Expansion
PLC automation
SCADA system
Data logging
Remote monitoring
Gas mixing system (CO2 / N2 / O2 / Air / CO / H2)
Advantages of Bailun Automatic Parallel Bioreactor Systems
High experimental throughput with multiple parallel vessels
Consistent and reproducible cultivation conditions
Flexible customization for laboratory research needs
Optimized for microbial, mammalian, and algae cell culture
Stable automatic control systems
Global technical support for installation and operation
Suitable for academic, industrial, and biopharma laboratories
Technical Specifications of 30L Automatic Parallel Glass Bioreactor System
Parameter | Specification |
|---|---|
Vessel Volume | 30L × 4 |
Working Volume | 9.0–24.0L per vessel |
Vessel Material | Borosilicate Glass |
Agitation Type | Low-shear Mechanical |
Control System | PLC / HMI Optional |
Temperature Control | Automatic |
pH Control | Automatic |
Gas Flow | Air 2vvm |
DO Control | Automatic |
Sterilization Method | Autoclave Sterilization |
Applications | Parallel Fermentation / Cell Culture / Bioprocess R&D |
Why Choose Bailun
Bailun is a professional manufacturer of laboratory parallel bioreactors for microbial fermentation, mammalian cell culture, and algae cultivation applications.
Advantages include:
High-quality construction and materials
Precision environmental control
Strong customization capability
Stable automation systems
Scalable solutions from laboratory to pilot production
Competitive pricing
Global technical support and after-sales service
Frequently Asked Questions
What is an automatic parallel glass bioreactor system?
An automatic parallel glass bioreactor system allows multiple fermentation or cell culture experiments to run simultaneously with independent automatic process control.
Can the vessels operate independently?
Yes. Each vessel has separate control of temperature, pH, DO, agitation, and airflow parameters.
How is sterilization achieved?
All vessels are autoclavable and can be sterilized prior to operation to maintain aseptic cultivation conditions.
Can it support microbial and mammalian cell culture?
Yes. The system is optimized for microbial fermentation, mammalian suspension cell culture, algae cultivation, and precision fermentation applications.
Can the bioreactor be customized?
Yes. Bailun provides customized vessel configurations, sensors, automation systems, gas mixing systems, and software solutions.
Request a Quote
Looking for a reliable 30L automatic parallel glass bioreactor system for laboratory process development?
Contact Bailun today for:
Customized automatic parallel bioreactor solutions
Technical consultation
Detailed quotation
Laboratory process support
Global technical services