Used LEICA DMR #293601053 for sale

LEICA DMR is a compound microscope designed for researchers and scientific professionals in the life sciences. This microscope offers an unprecedented level of clarity and detail in cell and tissue imaging. The design enables easy set up and operation, allowing the user to quickly obtain highly detailed images with the highest level of contrast. DMR uses a combination of both traditional and fluorochrome illumination to provide superior results. In traditional illumination, the light from a highly powerful halogen lamp passes through a set of lenses and a dichroic filter to illuminate the specimen in brightfield, darkfield, or phase contrast microscopy. With fluorescence microscopy, the light is passed through a filter cube set to detect specific molecular tags on the sample labeled with a fluorescent dye. Both methods can be used simultaneously to produce even more detailed images. LEICA DMR has an objective lens equipment containing high numerical aperture lenses, allowing the user to magnify specimens up to 1000x. This system also enables the user to focus extremely close to the object. The microscope is also equipped with a six-position purpose-built condenser, including a zoom unit and apochromatic objectives. Each condenser also contains an LED iris diaphragm which ensures a sharp, uniform illumination. DMR is designed for easy integration with computer systems, including fluorescence image analysis software. This microscope can also be integrated with digital cameras and scanners for even more detailed imaging. To provide users with a comfortable viewing experience, LEICA DMR offers an ergonomics-oriented design, including adjustable legs and head positions, as well as a bar graph imaging machine for selecting and focusing objectives without the need for manual knobs. In conclusion, DMR combines superior optics, advanced illumination, detailed imaging capabilities, and an ergonomic design to provide researchers and scientific professionals with an unprecedented level of detail in tissue and cell imaging.