FIDURA Private Equity Fonds a new lead investor at m2p-labs
Investment in leading manufacturer of microbioreactors
Through a capital increase with the participation of seed investors such as the High-Tech-Gründerfonds as the biggest co-investor, FIDURA-Fonds acquired a total stake of 27.61% of m2p-labs GmbH.
Founded in 2005, m2p-labs GmbH successfully closed its financing round with FIDURA Private Equity Fonds as a new lead investor. Through a capital increase with the participation of seed investors such as the High-Tech-Gründerfonds as the biggest co-investor, FIDURA-Fonds acquired a total stake of 27.61% of m2p-labs GmbH. Their unique technology, a portfolio of renowned international customers as well as the strong growth potential of the company were key criteria for FIDURA-Fonds in opting to invest in the company.
m2p-labs GmbH, based in Baesweiler near Aachen, is a leading global manufacturer of microbioreactors. The company is engaged in the development and sales of lab analysis systems (microbioreactors) to carry out what are known as high throughput test series in the field of cellular screening and bioprocess development. “m2p” stands for “from microreactor to process”.
Using optical measuring technology combined with miniaturization and intelligent analysis methods, the company was able to create an innovative system (BioLector® technology) that provides the user with important information in a non-invasive way and with online monitoring during the process of fermentation (biomass, product concentration, fluorescence as well as pH-value and dissolved oxygen); this information is provided already at a very early stage of development in microscale and thus significantly reduces the use of large laboratory fermenters. In addition, the patented BioLector® technology allows relevant process-related parameters (e.g. oxygen mass transfer, mixing time) to be set precisely, also in microscale, facilitating later scale-up. The technology is suitable for diverse screening tasks such as strain selection, promoter characterization, optimization of culture media and bioprocess development. Because relevant process information is received quickly while at the same time high-throughput is possible (high-content screening), different clones, media and process conditions can easily be tested in parallel – the user is thus able to efficiently develop a multitude of bioprocesses and products in a much shorter time to market.
The company is serving the fast growing bioeconomy with its platform technology. Thus, m2p-labs is specifically targeting customers from the pharmaceutical, chemical and biotechnological industries who wish to organize their screening and their biotechnological processes more efficiently and to automate them further. Fields of application include cellular and microbial screening, synthetic and systems biology, proteomics (high throughput protein expression), optimization of fermentation and characterization of aerobic and anaearobic bioprocesses. The technology of m2p-labs is available to the customer as an instrument system with analysis software for in-house use. In addition, the company generates ongoing revenues by selling unique and patented disposable microplates (FlowerPlate®) for use in their systems.
Since its foundation, m2p-labs has continuously pursued a growth course and has been able to establish itself in a variety of market sectors based on its unique patented products. Renowned pharmaceutical and chemical companies and well-known universities (ETH Zürich, RWTH Aachen, University College London and Imperial College London) and research institutions such as the Jülich Research Centre, to name but a few, can be found on the list of m2p-labs customers.
With the capital invested by FIDURA-Fonds, the company wants to further expand its technological edge with new developments and product improvements, particularly in the field of microscale process control (fed-batch and pH control) and automation of the BioLector® technology. Further, the company would like to increase its global sales network, especially in the USA and Asia.