Molecular Machines & Industries (MMI) and ZEISS Announce Strategic Partnership for Advanced Single Cell Solutions

MMI and Zeiss Press Release

Press Release:  Eching / Jena, Germany, 18.11.2024

Molecular Machines and Industries (MMI) and ZEISS announce a new collaboration that will revolutionise the field of spatial omics and single cell research

Effective immediately, MMI and ZEISS will join forces to provide cutting-edge solutions for isolating individual cells, subcellular compartments, and various tissue types with unmatched precision and reliability: The MMI CellCut Laser Microdissection system with the inverted microscope ZEISS Axio Observer makes this possible.

The MMI CellCut is known for its ability to perform highly gentle and contamination-free dissection, setting a new standard in single-cell analysis. This advanced system offers seamless compatibility with the versatile ZEISS Axio Observer, a high-performance microscope platform with exceptional optical quality and flexibility. The superb imaging quality of ZEISS Axio Observer complements the CellCut’s precision, ensuring unparalleled performance in laser microdissection.

This collaboration sets a new benchmark for excellence in laser microdissection with  enhanced capabilities and reliability, streamlined into a comprehensive, user-friendly solution.

Both MMI and ZEISS are committed to providing integrated support for this complete system, ensuring that customers receive seamless service and expert assistance from a single source. This holistic approach is designed to maximize the efficiency and effectiveness of the laser microdissection process, benefiting researchers and scientists worldwide.

Prof. Stefan Seeger, CEO of MMI, commented: “We are thrilled to embark on this collaboration with ZEISS, which strengthens our combined offerings in the market for single-cell isolation via laser microdissection. Together, we are bringing a state-of-the-art solution to researchers worldwide, setting a new benchmark for precision, reliability, and innovation in spatial omics and single-cell research.”

For further information, please contact: info@molecular-machines.com

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