The working volume of microbioreactors ranges from 150 to 1600 microliters enabling small-volume screening of expensive reagents in pharmacodynamic studies and drug discovery and progress to lab-scale productivity.

Microbioreactors are regulated by various sensors connected to a control unit that automatically adjusts the conditions within the reactor without the need for sampling and saving time finding the optimal temperature, pH, and media composition conditions for success.

Microbioreactors are cheaper than traditional bioreactors. They are also compact in design, requiring less space and resources. Microbioreactors reduce the costs of raw materials and labor by shortening the optimization phase and finding the best culture conditions and clones faster.

Microbioreactors are miniature bioreactors for cell culture, tissue engineering, and drug development. They are used to grow small volumes of cells and are a cost-effective alternative to traditional bioreactors. Microbioreactors provide a controlled environment for cell growth, and their small size makes them easy to use and maintain. They are ideal for high-throughput screening, process optimization, and scale-up studies.

Microbioreactors induce positive and negative air pressure to flow into and out of every well. This allows reciprocal mixing and provides a constant supply of oxygen to the cell culture to maintain a healthy environment.

• Microfluidic-based microbioreactors
• Membrane-based microbioreactors
• Stirred-tank microbioreactors