Used ZEISS 510 NLO #127269 for sale

ZEISS 510 NLO is a state-of-the-art microscope specifically designed for near-field optical imaging. The device uses a combination of high-resolution, robust imaging techniques, such as Confocal, Laser Scanning, Total Internal Reflection Fluorescence, and Super-Resolution imaging. This flexibility enables users to capture a wide range of optical images, from large-scale volumetric samples to single molecule details. 510 NLO is powered by ZEISS Enhanced Contrast, an advanced optical platform that provides several features to make the imaging process easier, faster, and more accurate. These features include a sub-nanometer optical sectioning capability, an 11-point auto-calibration process, and a 4.5x numerical aperture. This level of precision ensures that any given image is sharp and detailed. Notable features of ZEISS 510 NLO microscope include the Intelligent Contrast Control (ICC), Intensity Level Lock (ILL), and Virtual Stage offerings. ICC offers users a variety of observations and controls to add depth and clarity to any optical image. ILL provides additional control to ensure the desired levels of light and contrast are achieved. VirtualStage makes it possible to focus on 3D interviews without relocation of the specimen stage by relocating the microscope objective. 510 NLO microscope has a compact, ergonomic design with magnetic goniometers, in-Lab and mobile configurations, and an intuitive touchscreen interface. This makes it easy to set up, take down, and use the device in a variety of settings. Its modular design allows for a variety of options and accessories, including cameras, lenses, dichroic mirrors, and fluorescence excitation sources. ZEISS 510 NLO is a powerful, efficient microscopy solution with many diverse applications. Its advanced optics, intelligent features, and ergonomic design allows for high-quality imaging and data acquisition. As a result, researchers and scientists are able to study and capture the finest facets of biological and non-biological samples.