INTEGRATED MICROSCOPE SYSTEMS 


W. Nuhsbaum, Inc.
760 Ridgeview DriveMcHenry, IL60050
Phone: (800)-368-3368/(815) 385-5200  Fax: (815)-385-5236


 
LEICA LMD7000 LASER MICRODISSECTION MICROSCOPE SYSTEM
LEICA LMD6000 LASER DISSECTION SYSTEMThe LEICA LMD7000 is a contamination-free, fully automated laser microdissection system for targeted cell isolation using a UV diode laser. Single cells or groups of cells can be microdissected from tissue sections, biopsies, smears, cytospins, and cell cultures. The laser can be also applied for intracellular and cellular ablation. Nuclei acids and proteins isolated from the dissected specimens can be directed to molecular analyses such as: sequencing, genotyping, PCR, real-time PCR, 2D gel electrophoresis or MALDI.  The laser microdissection system is based on the fully automated upright research microscope, the ideal combination for laser microdissection. 


Researchers in Cancer Research Diagnostics, Single Cell Preparation, PCR, RNA, DNA, Protein Analysis; Genetics, Reproductive Medicine, Neurobiology, Veterinary Medicine, Cell Biology, Food Engineering, Forensic Medicine, Plant Biology, and Pathology:  call us for a demo and put your research on the cutting edge. 
LEICA AM6000 MANIPULATION WORKSTATION
LEICA AM6000 MANIPULATION SYSTEMThe first application solution to combine the functions of a fully automated inverted research microscope with those of electronic micromanipulators. Both systems can be operated via the Leica AM6000 from a clearly designed joint control box. We have integrated all the main controls of the two basic instruments (microscope and micromanipulator) into one central unit and matched the functions to each other. The result: improved operating safety, reduced vibrations within the system and a considerable time saving, both for work routines and for staff training. 


With the Leica AM6000 there’s no need to keep switching between controls in future. You have everything in one hand. Movements of the micromanipulators are correlated to the magnification of the microscope, electronically. 

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