Used ZEISS LSM-780 #293827277 for sale

Manufacturer
ZEISS
Model
LSM-780
ID: 293827277
Vintage: 2013
Confocal laser scanning microscope Microscope stand and Optics: Base stand: Axio Observer.Z1 Motorized inverted microscope Transmitted illumination: HAL 100 Halogen lamp house (100W) Binocular tube: Standard ergonomic viewing tube with focusing eyepieces Confocal detection and laser modules: Transmitted light detector: LSM T-PMT (for simultaneous brightfield/DIC confocal imaging) Laser launch system: Large-format ZEISS/Lasos visible laser enclosure with fiber-optic coupling Environmental and live-cell incubation: Incubation chamber: Large-model transparent plexiglass XL-housing for full-stage temperature and environmental regulation Stage System: High-precision motorized XY scanning stage with universal slide/dish insert Isolation and peripherals: Vibration isolation: NEWPORT SmartTable UT2 Active damping optical table Workstation inputs: FUJITSU Slim keyboard and optical mouse System electronics and controllers: Stage and focus controller: MCU 2008 Motor control unit Main power distribution: Power supply 232 Unit Hardware control pad: TFT Touchscreen control panel interface Manual navigation: Ergonomic XY Stage joystick controller Remote unit: REM Physical handheld button remote controller Workstation and data acquisition: PC Hard Disk Drive (HDD) 2013 vintage.
ZEISS LSM-780 is a cutting-edge laser scanning confocal microscope that represents a significant advancement in imaging technology for biological and materials science applications. Developed by ZEISS, a renowned global leader in microscopy solutions, LSM-780 offers unparalleled imaging capabilities that enable high-resolution, three-dimensional visualization of specimens with exceptional clarity and precision. At the heart of ZEISS LSM-780 is its sophisticated confocal imaging system, which employs a point-scanning method to eliminate out-of-focus light and generate sharp, clear images with enhanced contrast. This confocal design allows researchers to obtain optical sections of specimens at different depths within the sample, resulting in detailed, high-quality images that reveal intricate structural and spatial information. LSM-780 is equipped with a versatile laser system that provides multiple excitation wavelengths, allowing users to selectively excite fluorophores and other labels with precision and efficiency. This flexible laser configuration enables the imaging of a wide range of fluorescent markers and dyes, making ZEISS LSM-780 well-suited for a variety of imaging techniques, including fluorescence microscopy, spectral imaging, and time-lapse imaging. In addition to its confocal and laser systems, LSM-780 features advanced detection capabilities, including high-sensitivity photomultiplier detectors and spectral detectors that support multi-channel imaging and spectral unmixing. These detectors are optimized to capture weak fluorescent signals and provide excellent signal-to-noise ratios, ensuring reliable and accurate image acquisition even in low-light conditions. ZEISS LSM-780 is controlled by ZEN (ZEISS Efficient Navigation) software, a powerful and user-friendly imaging platform that offers a wide range of features for image acquisition, processing, and analysis. ZEN software enables researchers to easily configure imaging parameters, acquire images in multiple dimensions (XYZ, time, and spectral), and perform sophisticated image processing tasks such as deconvolution, 3D rendering, colocalization analysis, and quantitative image analysis. One of the key strengths of LSM-780 is its modular design, which allows for customization and expansion to meet the specific needs of individual research applications. The microscope can be equipped with a variety of accessories and upgrades, such as motorized stages, incubation chambers, live-cell imaging systems, and super-resolution imaging modules, to enhance its imaging capabilities and versatility. Overall, ZEISS LSM-780 is a state-of-the-art confocal microscope that offers superior performance, versatility, and usability for a wide range of biological and materials science research applications. With its advanced imaging technologies, flexible configuration options, and powerful software control, LSM-780 enables researchers to achieve groundbreaking discoveries and insights into the complex structures and dynamics of biological and materials systems at the cellular and subcellular levels.
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