Used ZEISS Universal #9122462 for sale

ZEISS Universal is a family of microscopes from the German manufacturer Carl ZEISS that are designed to be versatile to meet the needs of a wide range of applications. The line of Universal microscopes consists of an upright stand topped by both a zoom objective turret and an infinity corrected objectives turret; with a combination of both epi-fluorescent and transmitted light illumination, an X-Y motorized stage, and a variety of digital imaging options. The user has the ability to switch fluorescence excitation wavelengths and use different contrast brightness and filter settings, giving them the ability to image most biological fluorescence samples. The microscope is also capable of single plane or multi-view imaging and optically sectioning with focus control, enabling imaging of thick samples such as embryos or multi-sample samples. Additionally, large-sensor cameras coupled with advanced optics allow for better image quality with greater depth of field and resolution than most microscopes on the market today. The design allows images to be displayed quickly on a monitor, eliminating the need to take multiple optical prints at various stages so users can quickly determine which parameters to use and what images are of suitable quality. Users have the ability to optimize the image quality for specific applications, including features such as auto-focus, auto-exposure control, and image fusion. The combination of advanced imaging features and innovative design makes ZEISS Universal microscope an outstanding choice for a wide variety of research and commercial applications. The microscope is suitable for a range of techniques such as digital imaging, epi-fluorescence imaging, phase contrast, and 3D imaging. Additionally, the microscope offers focal points in the order of nanometers, permitting studies of tissues, non-treated and treated cells, microbial systems, and more. With its multiple fluorescent channels, Universal microscope is also suitable for life-science applications such as fluorescence cell quantification, due to its ability to measure multiple fluorescent signals simultaneously. Its durable construction and powerful optics help ensure that the microscope can be relied upon for years of reliable service.