When microbial processes are complex or difficult to grasp, tailor-made methods are needed. At micromatiq, we pool our expertise to address precisely this: with flexible cultivation systems, molecular analytics and scalable solutions for research and application.
Whether in basic research, industrial development or biotechnological applications – at micromatiq we work to make microbial life visible and usable in extraordinary depth. You can rely on our expert knowledge and the use of the latest technologies to take your projects to the next level.
With flowmatiq, we analyze biofilms under realistic conditions. Our modular cultivation environment allows environmental factors, surface materials and microbial composition to be varied in a targeted manner. This allows biofilms to be precisely controlled and characterized and optimized for biotechnological, medical or materials engineering applications.
bioinformatiq provides molecular insights into microbial systems – even where imaging methods reach their limits. Using modern sequencing and analysis methods, we identify microorganisms, decipher their functions and uncover interactions. In this way, we make complex biofilms accessible and systematically analyzable based on data.
With spraymatiq, we bring biofilms specifically to where they are needed. Our technology for sprayable biofilms enables rapid, controlled growth on different surfaces – scalable, customizable and ideal for robust applications in biotechnology, material protection and resource-saving process control.
In addition to our biofilm-centered technologies, we are expanding our spectrum with further projects. In this way, we are opening up areas at the interface of biotechnology, materials science and sustainable process development and opening up practical perspectives for research and industrial application.
Our technology combines microbial and chemical reaction steps to create a seamless and truly zero-waste production line for high performance polymers. Sustainability is at our hearts: We keep carbon bound and prevent the emission of greenhouse gases such as CO2, CH4 and N2O, unlike other sludge treatment processes.
Micromatiq is backed by a dedicated team from the fields of microbiology, bioprocess engineering, materials science and bioinformatics. We are united by our curiosity for microbial systems and the desire to turn complex knowledge into concrete, practical solutions.
micromatiq
Hamburg University of Technology
Mikrobiologie V-7
Kasernenstraße 12 (F)
21073 Hamburg
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