Used LEICA REICHERT RM 2025 #160868 for sale

LEICA REICHERT RM 2025
Manufacturer
LEICA REICHERT
Model
RM 2025
ID: 160868
Biocut rotary microtome.
LEICA REICHERT RM 2025 is a highly advanced, high-magnification motorized compound microscope. This microscope uses an infinity-corrected, high-aperture achromatic objectives equipment that enables highly detailed and clear imaging of a wide range of sample types. This microscope is equipped with an integrated motorized Z-axis focus system, along with an advanced motorized XY-axis stage for precise sample positioning and scanning. LEICA REICHERT RM2025 features a modern advanced digital optics unit with a high-resolution digital imaging video camera that can capture images at resolutions up to 2560 x 2160 pixels per frame. This digital imaging machine also features a long-distance eye-level viewer and is equipped with a long-distance camera arm and power zoom lenses for easy viewing. RM 2025 also features a highly efficient LED lighting tool that operates using both LED lamps and arc-discharge lamps, enabling researchers to work with both brightfield and darkfield illumination settings. This LED illumination asset is adjustable in both intensity and wavelength, making it suitable for different sample types and imaging applications. RM2025 has a robust motorized control model, which offers users complete control over all microscope functions, including focus, zoom, and imaging settings. Additionally, this microscope can also be connected to a computer to allow control by a remote user via the Internet or other network connections. LEICA REICHERT RM 2025 can also be integrated with other laboratory equipment, such as powerful spectrometers, allowing users to expand their imaging capabilities. LEICA REICHERT RM2025 is an excellence in optical imaging, offering researchers unparalleled resolution and detail. With its robust motorized control equipment, advanced optics system, and powerful digital imaging capabilities, RM 2025 is one of the most advanced motorized microscopes available today for a wide range of research, medical, and industrial applications.
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