Flexible Low cost and easy operation Single-Use Bioreactor

Single-Use Bioreactor (SUB) is a bioreactor for biological processes whose main feature is the use of disposable, prepackaged components for cell culture and production. The reactor has a wide range of applications in pharmaceutical, vaccine production, cell therapy and biotechnology.

Single-use bioreactor has become an important equipment in modern bio-fabrication because of its advantages of simple operation, high cost efficiency and reduced pollution risk. They play an important role in the bio-pharmaceutical and biotechnology sector, helping companies to improve production efficiency and flexibility.

Single-use: Reduce cross-contamination: Since all components that come into contact with the culture solution and biological material are disposable, the risk of cross-contamination can be effectively reduced.

No cleaning and sterilization: The use of disposable reactors without cleaning and sterilization, saving a lot of time and cost.

Preinstalled components: Single-use bioreactors are typically equipped with preinstalled sensors, agitators, and piping to simplify installation and operation.

Flexibility and scalability: suitable for different scales from small scale experiments to pilot production. According to the need, different volumes of reactors can be selected.

Simplified operation: The operation is relatively easy, usually equipped with user-friendly interface and control system, so that the operator can quickly get started.

Material: Usually made of a high quality polymer (such as polyethylene or polypropylene) with high transparency to allow easy observation of the culture process.

Design: including the shape of the reactor, capacity (ranging from a few liters to several hundred liters), stirring system, etc.

Stirring systems: Usually built into the reactor, including magnetic stirrers or mechanical stirrers are used to ensure uniform mixing of the culture solution.

Sensors and control systems: including temperature sensors, pH sensors, dissolved oxygen sensors, etc., to monitor key parameters of the culture environment. Some single-use bioreactors are also equipped with online data recording and control systems to monitor and regulate culture conditions in real time.

Lines and interfaces: Preinstalled lines are used for gas input, culture solution sampling, waste solution discharge, and are usually equipped with sealed interfaces to prevent leaks and contamination.

Reduced risk of contamination: Single-use reduces potential sources of contamination during cleaning and sterilization.

Cost reduction: Traditional reactor cleaning, sterilization, maintenance and repair costs are eliminated.

Shorten production cycle time: The preinstalled and ready-to-use design reduces preparation and start-up time and increases production efficiency.

Improved flexibility: Different reactors can be quickly replaced according to production needs, improving production flexibility and response speed.

Bio-pharmaceutical: mainly used in cell culture, antibody production, vaccine production, etc.

Cell and gene therapy: suitable for the production of cell therapy products, gene therapy products, etc.

Food and beverage: microbial culture for the fermentation process.

Research and development: small-scale cultures and experiments are carried out in research phases such as drug development and process optimization.