
Leica Microdissection System
Your downstream analysis relies on contaminate-free isolates. This is why Leica LMD systems collect dissectates via gravity Only Leica Microsystems uses high-precision optics to steer the laser beam along the desired cut line on the tissue with prisms The LMD software is an intutive application software designed to streamline the process of selecting settings so that you can focus on obtaining high-quality regions of your sample LMD objectives are designed for the task of enabling flexible laser settings for unique applications Try writing your name on a piece of paper by moving the paper instead of the pen. Hard to do? Thatβs why we move the laser, not the sample for laser microdissection. Only Leica Microsystems uses high-precision optics to steer the laser beam along the desired cut line on the tissue with prisms. That means that the Leica LMD cuts perpendicularly to the tissue and leaves clean cuts of contamination-free isolates. Your downstream analysis relies on contaminate-free isolates. This is why Leica LMD systems collect dissectates via gravity. Their unique laser-guidance based dissection method preserves the integrity of your isolates β contact-free and contamination-free. The LMD7's power, aperture, speed, head current, and pulse frequency settings are tunable to the needs of your sample. For example, thick plant sections require high power, while cutting around fragile neurons will require less power. Thin sections can typically use faster cuts than thick sections. Advanced cutting modes add enhanced precision to how you will dissect your sample. For example you can draw first and cut afterwards (Draw + Cut), or cut in real-time by mouse click or with a PEN screen (Move + Cut). The Draw + Scan mode is made for ablation from glass, whereas the Laser Screw cuts thick specimen in consecutive rounds. The Final Pulse mode enables you to kick demanding dissectates into the collection vessel. The Leica LMD software is an intutive application softwar
Capabilities
- βCut with highest possible precision and speed
- βCut directly, real-time with "Move and Cut"
- βYou choose the area of interest
- βYou move the laser along the area to be cut out
- βThe dissectate drops into the Petri dish and is ready for further analysis
- βControl laser and microscope
- βGuide the laser beam by mouse or pen screen
- βCreate a Specimen Overview for better orientation
- βDetect and cut your samples automatically
- βUse your self-made pattern recognition software
- βImport your ROIs from other devices e.g. slide scanners
- βUse any kind of membrane slides for genomics and transcriptomics
- βUse PET slides for certain applications in proteomics and metabolomics because PET is almost free of softeners.
- βChoose DIRECTOR slides to work completely membrane free
- βYou can dissect living cells in culture in order to re-cultivate, clone, or analyze single cells, colonies, or cell clusters
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