Molecular Machines & Industries

#CellCutFact No 11: Cut any sample!

With the MMI CellCut, you can cut almost any type of sample, such as fresh frozen tissue, FFPE material, plant tissue, living cells, smears, cytospins. Special software features let you cut from different organs, such as lung and brain sections, and even stronger material such as heart tissue and bone!

What the Cell is Going On? On-demand webinar is available

###Scientists Reveal Methods for Successful Single-Cell Omics Research Three of the most respected researchers in their field will discuss the methods they are using to isolate single cells from suspensions, tissue, and from living cultures. Everyone whose work will be advanced by using the most modern methods of cell isolation will benefit by attendance at […]

#CellCutFact No 8: Work with your system for a lifetime!

The MMI CellCut is a robust system including a maintenance-free laser with long life expectations of > 10,000 hours. In addition, we offer continuous support as well as updates and upgrade packages even for very old systems.

#CellCutFact No 7: Have a future-proof microscope system that saves money and lab space!

Built on standard Nikon or Olympus microscopes, the MMI CellCut system keeps full functionality of your scope so get much better value, usefulness, and limitless reconfigurations as your needs evolve. You can use the MMI CellCut system also as “normal” research microscope, such as a fluorescence microscope. Therefore, you don’t need to raise money or […]

#CellCutFact No 6: Customize your perfect microdissection / cell isolation system!

The MMI CellCut can be combined with all other MMI modules, such as the MMI CellScan for Whole Slide Imaging, the MMI CellEctor to selectively pick single cells from suspension, the MMI CellExplorer to automatically detect target cells, and the MMI CellManipulator to optically manipulate cells and particles as well as to measure forces. In […]

#CellCutFact No 5: Isolate living cells

We offer dedicated consumables and a patented method (US Patent # 8,940,528) to isolate single living cells for meaningful -omics applications and for re-cultivating selected cells to obtain a homogeneous live-cell population. This is a very powerful technique for stem-cell and stem-cell colony isolation!