m2p-labs │ Microbioreactors

m2p-labs │ Microbioreactors

m2p-labs is an internationally leading supplier of microbioreactor systems focusing on microreaction and automated solutions for screening and bioprocess development. The product portfolio comprises high-throughput BioLector micro fermentation systems, microtiter FlowerPlates, and automated cultivation RoboLector platforms.

Proprietary online monitoring technology increases the number and the information content of microbial experiments, either aerobic, microaerophilic, or strictly anaerobic. Experiments can be conducted with excellent efficiency and high quality at low costs in microscale. The RoboLector enables the automated fermentation of the whole bioprocess, with its specific integration of the BioLector tool into a liquid handling system.


United Kingdom
Dr. Reddy’s Laboratories
Neil Triggs
"My team and I have been using the RoboLector system supported by m2p-labs for over a year. We selected the RoboLector system because it offered the best package of technology to increase our fermentation process development capability. Since the Robolector installation it has proven its worth assisting fermentation scientists, molecular biologists and chemists to increase experimental throughput significantly and generate better quality data..." → read more
MIT Massachusetts Institute of Technology
Cambridge, MA
Kristala L. Jones Prather, Irene M. Brockman, Christopher R. Reisch

"The BioLector has been a useful tool both for process optimization and for E. coli strain design in our laboratory. On the bioprocess side, we have screened media formulations in order to develop media compositions limited in specific nutrients. The automatic OD monitoring in the BioLector saves labor and allows us to closely monitor growth patterns such as diauxic shifts that may be less apparent with..." → read more

Université de Lille, Team ProBioGEM
Villeneuve d'Ascq
François COUTTE, Ph.D

"We work with the BioLector for 2 years and this micro-fermentation system in parallel has clearly revolutionized the way we work and define our experiments. Easy to use, results reproducibility and its friendly computer interface make the BioLector a powerful tool for the screening of bacterial and yeast strains, optimization of the medium composition and of the culture conditions. The online measurements of biomass growth, pH, dissolved oxygen and fluorescens..." → read more




News from our customer - Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab)

New Machine Learning Approach Could Accelerate Bioengineering - Source: JBEI

New technologies for the highly parallel optimization of cell culture processes

Funding for the EU research project iConsensus

European patent granted to m2p-labs for microbioreactor device

Specific microtiter plate for improved bioprocess development and online monitoring