Product News: New Leica Microscope System Launched for Biomedical Applications

23 May 2012

Leica Microsystems has launched the new Leica DM4000 B LED, a microscope system with innovative LED illumination optimally suited for biomedical applications.

The specially designed LED transmitted light illumination solution is perfectly integrated in the microscope automation covering a wide range of microscopy applications. LED illumination produces constant color temperature at all intensity levels without heat buildup and thus enables stable results. High luminance and optimal color reproduction provide brilliant images with a clear differentiation of the colors in the sample. With at least 50,000 hours lifetime, the LED illumination is very cost effective; frequent bulb changes are no longer necessary.

Thanks to intelligent automation, the Leica DM4000 B LED sets parameters for transmitted light and fluorescence illumination according to user’s selection of contrast method and magnification. Most recently used settings are stored and recalled automatically. This saves time and allows the user to focus on the application and not technology. The fully automated fluorescence axis with apochromatic light path provides brilliant images with stunning contrast. Intelligent automation also means high-quality, publication ready images and maximum reproducibility for reliable data analysis.

The Leica DM4000 B LED is well suited for clinical applications, e.g. pathology applications with H&E or IHC stained slides. Its special transmitted light modes may be adjusted according to applications and user’s preferences. Repetitive movements are reduced thanks to the intelligent automation along with the ergonomic design.

The Leica Application Suite software package fully integrates the Leica DM4000 B LED microscope and digital camera into an optimized system for visualization, storage and documentation of microscope images. The Leica AF6000 advanced fluorescence imaging systems featuring LAS AF software are ideal for very fast, multidimensional fluorescence scans and processing, including live cell time-lapse experiments, multi-positioning and deconvolution.