2L Glass Parallel Bioreactors Four Vessels

2L Glass Parallel Bioreactor Four Vessels

Bailun’s 2L Glass Parallel Bioreactor Four Vessels system is designed for high-throughput fermentation, parallel process optimization, and laboratory-scale bioprocess development. The system allows researchers to run four independent experiments simultaneously under identical or different process conditions, significantly improving R&D efficiency and accelerating process optimization.

The four-vessel parallel configuration is ideal for microbial fermentation, cell culture, media optimization, strain screening, synthetic biology, and precision fermentation applications.

Applications of 2L Glass Parallel Bioreactor

The system is widely used in:

• Microbial fermentation

• Yeast and fungal cultivation

• Mammalian cell culture

• Media optimization studies

• Strain screening

• Synthetic biology research

• Precision fermentation

• Enzyme production

• Academic research

• Scale-up process development

Suitable for universities, biotechnology companies, research institutes, and industrial laboratories.

Key Features of Bailun Parallel Glass Bioreactor

• Four independent parallel vessels

• Individual control for each vessel

• High borosilicate glass vessel system

• Real-time pH, DO, and temperature monitoring

• Automatic feeding and aeration control

• Compact laboratory bench-top design

• High oxygen transfer efficiency

• PLC touchscreen control system

• Data recording and export functionality

• Modular and scalable platform

Four Parallel Vessels for High-Throughput Research

The four-vessel design enables multiple fermentation experiments to run simultaneously, greatly improving research efficiency and reducing development time.

Benefits include:

• Faster strain screening

• Efficient media optimization

• Improved experimental reproducibility

• Lower R&D costs

• Faster process verification

• Accelerated scale-up studies

Researchers can compare multiple cultivation conditions side by side under controlled fermentation parameters.

High-Quality Borosilicate Glass Vessel

The system uses laboratory-grade borosilicate glass vessels with excellent transparency and chemical resistance.

Features include:

• Transparent vessel for process observation

• Autoclavable glass vessel

• Excellent corrosion resistance

• Reliable sealing structure

• Easy cleaning and maintenance

Advanced Automation and Intelligent Control

The system supports advanced laboratory automation and precise process control.

Functions include:

• Automatic pH control

• Automatic dissolved oxygen control

• Temperature control system

• Agitation speed control

• Aeration and gas mixing control

• Feeding strategy automation

• Real-time process trend display

• Historical data recording and export

• Alarm and safety protection system

Optional Siemens PLC and SCADA software are available.

Flexible Configuration Options

Bailun provides customized configurations according to different fermentation and cell culture applications.

Optional configurations include:

• Mass flow controller

• Exhaust gas analysis

• Peristaltic feeding pumps

• ORP sensor

• Foam sensor

• Turbidity (OD) sensor

• Biomass sensor

• Remote monitoring system

• Multi-gas mixing system

• SCADA software

Designed for Process Development and Scale-Up

The system supports fermentation optimization and process verification before pilot-scale production.

Researchers can:

• Optimize fermentation parameters

• Compare cultivation conditions

• Verify scale-up feasibility

• Improve oxygen transfer efficiency

• Reduce industrial production risks

Compact Bench-Top Laboratory Design

The compact structure is optimized for modern laboratory environments.

Advantages include:

• Space-saving layout

• Easy installation and operation

• Convenient maintenance

• Flexible laboratory placement

• Low utility consumption

Ideal for high-throughput process development laboratories.

Why Choose Bailun Parallel Bioreactor

• Professional fermentation equipment manufacturer

• Strong customization capability

• Stable and reliable control system

• High-throughput R&D support

• Scalable from laboratory to pilot production

• Competitive pricing

• Global technical support

Technical Specifications

Optional Configurations

• Remote control

• Mass flow meter

• Gas inlet (O2 / N2 / CO2 / Air)

• Exhaust gas analysis

• Level sensor

• Turbidity (OD) sensor

• ORP sensor

• Glucose detection

• Variable speed pump

• Siemens touchscreen

• SCADA software

• Data export function

FAQ

What is a four-vessel parallel glass bioreactor?

A four-vessel parallel glass bioreactor allows four independent fermentation or cell culture experiments to run simultaneously for high-throughput process development.

What is the advantage of a four-vessel system?

The four-vessel system enables direct comparison of multiple fermentation conditions, improving research efficiency and reducing development time.

Can the system support microbial and mammalian cell culture?

Yes, the system supports microbial fermentation, fungal cultivation, yeast fermentation, and mammalian cell culture applications.

Is the system suitable for scale-up studies?

Yes, the system is designed for process optimization and scale-up verification before pilot-scale production.

Can the bioreactor be customized?

Yes, Bailun provides customized vessel configurations, sensors, automation systems, and gas control solutions according to your application requirements.

Which industries use this system?

The system is widely used in biotechnology, synthetic biology, pharmaceutical research, food fermentation, and academic laboratories.

Request a Quote

Looking for a reliable four-vessel parallel glass bioreactor system for laboratory research and process development?

Contact Bailun today for:

• Customized solution

• Technical consultation

• Detailed quotation

• Global shipping support