Features 

• Controller combines embedded system and industrial PC, with a 7" color touchscreen for easy viewing and operation.

• Supports parallel cultivation: four vessels can be monitored simultaneously and operated independently.

• Direct data scalability with minimal media consumption, reducing overall costs.

• Each parallel bioreactor features an independent Peltier-based temperature control system.

• Highly integrated design with compact footprint—four-vessel setup occupies less than 1 m².

• Supports online automatic monitoring and control of key parameters: pH, temperature, DO, agitation, liquid level/ foam, etc.

• AiOpt algorithm enables precise control of process parameters.

• Each bioreactor supports up to four variable-speed pumps, each equipped with an independent Prime button.

• Supports Total Gas control mode for overall gas flow regulation.

• Equipped with a dynamic status light to indicate system operating states.

Applications

• Cultivation of mammalian cells, stem cells, microorganisms, fungi, plant cells, and insect cells.

• Cell line screening, process optimization, media development, and toxicity studies.

• Supports high-density, aerobic and anaerobic fermentation, as well as protein expression studies.

• Process development in vaccines, antibodies, and cell/gene therapy.

• Compatible with batch, fed-batch, perfusion, and continuous culture modes.

• The Multimini bioreactor is an upgraded design based on the m-Control, capable of controlling four glass vessels simultaneously—accelerating condition screening and process verification.

• Modular design allows for customized development tailored to specific process requirements.