MMI CellCut Standard

Laser based Microdissection:
The MMI CellCut is the user-friendly laser microdissection tool to isolate groups of cells, single cells, and cell components for analysis across a wide range of applications.The CellCut is contamination free, reproducible and reliable and optimised for high quality and quantity DNA, RNA, Protein recovery.
MMI CellCut Universal

Laser based Microdissection:
The MMI CellCut is the user-friendly laser microdissection tool to isolate groups of cells, single cells, and cell components for analysis across a wide range of applications.The CellCut is contamination free, reproducible and reliable and optimised for high quality and quantity DNA, RNA, Protein recovery.
MMI CellCut High Power

Laser based Microdissection:
The MMI CellCut is the user-friendly laser microdissection tool to isolate groups of cells, single cells, and cell components for analysis across a wide range of applications.The CellCut is contamination free, reproducible and reliable and optimised for high quality and quantity DNA, RNA, Protein recovery.
MMI CellEctor

Capillary based Cell-Sorting:
The MMI CellEctor is an integrated instrumentation solution for the fully manual or automated recognition, aspiration and deposition of single cells in suspension onto a wide range of cell culture or molecular biology device.
MMI CellDetector
• Artificial intelligence for automated detection and counting of all cell types from any tissue
• Cell recognition based on structure and colour
• Anyone with a basic understanding of tissue morphology can train the CellDetector AI
• Fully compatible with laser microdissection and cell picking
MMI CellScan
Whole Slide Scanner


MMI CellManipulator

Laser Optical Tweezers:
The MMI CellManipulator uses a Ytterbium infrared laser with a long wavelength with up to 10 W of trapping power. The wavelength of the laser does not interfere with the integrity of living specimens. The intensely-focused laser beam can hold, move, rotate, join, separate, stretch or otherwise manipulate in three dimensions upto ten microscopic objects simultaneously. The particles suspended in liquid can range from 0.2 to 200 microns.