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.
1L Airlift Bioreactor for Laboratory Cell Culture & Fermentation
Bailun’s 1L Airlift Bioreactor is designed for laboratory-scale cell culture, microbial fermentation, and low-shear bioprocess research. Using airlift circulation instead of traditional mechanical agitation, the system provides gentle mixing, efficient oxygen transfer, and stable cultivation conditions for sensitive biological cultures.
The 1L airlift bioreactor is widely used in biotechnology laboratories, universities, pharmaceutical research centers, and early-stage bioprocess development projects.
Applications of 1L Airlift Bioreactor
The 1L airlift bioreactor is suitable for various laboratory research and small-scale cultivation applications, including:
Mammalian Cell Culture
Microbial Fermentation
Algae Cultivation
Cyanobacteria Research
Plant Cell Culture
Recombinant Protein Expression
Enzyme Production
Suspension Cell Culture
Biopharmaceutical Research
Laboratory Bioprocess Development
The low-shear environment makes the system especially suitable for delicate cells and sensitive microorganisms.
Advantages of Airlift Bioreactor Technology
Low Shear Stress
The airlift design eliminates high-speed mechanical agitation and reduces physical stress on cells.
Benefits include:
Improved cell viability
Reduced shear damage
Stable suspension conditions
Better culture performance
Suitable for mammalian cells, algae, and other sensitive biological systems.
Efficient Oxygen Transfer
The airlift circulation structure improves gas-liquid mass transfer and oxygen distribution.
Advantages include:
High oxygen transfer efficiency
Uniform dissolved oxygen distribution
Stable nutrient circulation
Enhanced culture growth
This improves biomass productivity and process consistency.
Energy-Efficient Operation
Without large mechanical agitators, the airlift bioreactor consumes less energy and generates less heat.
Benefits include:
Reduced operating costs
Lower maintenance requirements
Minimal heat accumulation
Simplified operation
Simple & Hygienic Structure
The simplified internal structure reduces contamination risk and improves cleaning efficiency.
Features include:
Fewer moving parts
Easy sterilization
Reduced maintenance
Improved operational reliability
Key Features of Bailun 1L Airlift Bioreactor
Optimized Airlift Circulation Design
The bioreactor uses an optimized riser/downcomer structure to ensure stable liquid circulation and efficient gas transfer.
Design features include:
Stable circulation flow
Efficient oxygen distribution
Low foaming tendency
Uniform mixing performance
Suitable for aerobic and microaerobic cultivation processes.
High-Quality Vessel Construction
Bailun provides high-quality vessel materials and precision manufacturing for laboratory applications.
Available configurations include:
Glass airlift bioreactor
Stainless steel airlift bioreactor
Hybrid glass-stainless systems
Optional vessel features:
Jacketed temperature control
Borosilicate glass vessel
SS316L stainless steel components
Electropolished surfaces
Intelligent Process Control System
The 1L airlift bioreactor can be equipped with advanced automation and environmental monitoring systems.
Controlled parameters include:
Temperature
pH
Dissolved Oxygen (DO)
Airflow
Pressure
Foam level
Optional control systems:
PLC controller
Touchscreen HMI
SCADA system
Remote monitoring
This improves process repeatability and operational efficiency.
Gentle Cultivation Environment
The airlift bioreactor provides low turbulence and stable circulation conditions for sensitive cultures.
Suitable for:
Mammalian suspension cells
Hybridoma cells
Microalgae
Plant cells
Shear-sensitive microorganisms
The gentle environment helps improve culture stability and product yield.
Designed for Laboratory Research Applications
The 1L airlift bioreactor is ideal for:
Research Stage | Application |
|---|---|
Laboratory Research | Feasibility studies |
Bioprocess Development | Process optimization |
Academic Research | University projects |
Early Process Screening | Culture condition studies |
The compact structure supports flexible laboratory operation and parallel experimentation.
Sterility and Contamination Control
Reliable sterility management is essential for laboratory-scale cultivation.
Sterility features include:
Closed cultivation system
Sterile gas filtration
Aseptic sampling ports
SIP or autoclave sterilization support
Sterile inoculation connections
Condensation exhaust management
These features help minimize contamination risk and improve process reliability.
Customizable Airlift Bioreactor Solutions
Bailun provides customized airlift bioreactor systems according to customer applications and process requirements.
Vessel Options
Borosilicate glass vessel
Stainless steel vessel
Jacketed vessel system
Aeration Options
Ring sparger
Microsparger
Customized gas distribution
Sensor Options
pH sensor
DO sensor
ORP sensor
Foam sensor
Biomass monitoring
Automation Expansion
PLC automation
SCADA integration
Data logging system
Remote monitoring
Advantages of Bailun Airlift Bioreactor Systems
Professional Bioprocess Engineering
Bailun specializes in airlift bioreactor and fermentation systems for biotechnology, pharmaceutical, and laboratory applications.
Flexible Customization Capability
We provide customized vessel structures, control systems, aeration designs, and automation solutions.
Stable Process Performance
Optimized airlift circulation design improves oxygen transfer efficiency and cultivation stability.
Global Technical Support
Bailun provides worldwide support including:
Installation
Commissioning
Technical consultation
Operator training
After-sales service
Technical Specifications of 1L Airlift Bioreactor
Parameter | Specification |
|---|---|
Total Volume | 1L |
Working Volume | 0.3–0.8L |
Vessel Material | Glass / SS316L |
Aeration Method | Airlift circulation |
Control System | PLC / HMI / SCADA optional |
Temperature Control | Automatic |
pH Control | Optional |
DO Control | Optional |
Sterilization | Autoclave |
Applications | Cell Culture / Fermentation / Algae |
Why Choose Bailun
Bailun is a professional manufacturer of airlift bioreactor and fermentation systems for laboratory, pilot, and industrial-scale applications.
Why customers choose Bailun:
Strong engineering capability
Flexible OEM/ODM customization
High-quality manufacturing
Competitive global pricing
Fast delivery
Global technical support
Rich bioprocess experience
Frequently Asked Questions
What is the main advantage of a 1L airlift bioreactor?
The main advantage is low shear stress combined with efficient oxygen transfer, making it ideal for sensitive biological cultures.
Is the system suitable for mammalian cell culture?
Yes. The low-shear mixing environment is highly suitable for mammalian suspension cell cultivation.
Can the system be sterilized?
Yes. The system supports SIP sterilization or autoclave sterilization depending on the configuration.
Can the bioreactor be customized?
Yes. Bailun provides customized vessel materials, aeration systems, sensors, and automation solutions according to customer requirements.
Which industries use airlift bioreactors?
Airlift bioreactors are widely used in biotechnology, pharmaceuticals, algae cultivation, enzyme production, and laboratory bioprocess research.
Request a Quote
Looking for a reliable 1L airlift bioreactor for laboratory cell culture and fermentation research?
Contact Bailun today for:
Customized airlift bioreactor solutions
Technical consultation
Detailed quotation
Laboratory process support
Global technical services
Our engineering team is ready to support your laboratory bioprocess projects worldwide.