Used ZEISS 510 NLO #87364 for sale

ZEISS 510 NLO (Nonlinear Optical) microscope is an advanced imaging system designed for cellular and super-resolution applications. It utilizes the latest technology in optics, opto-mechanics, and electronics to enable researchers to visualize structures in tissues and cells more precisely than traditional fluorescence and confocal microscopes. The microscope's basic components consist of a laser scanning head, a high-performance objective lens, a pair of detectors, and a live image capture system. The laser scanning head produces laser light at various wavelengths, which is used to excite fluorophores in samples. The light is then captured by the objective lens and directed to a pair of detectors. Each detector produces an image of the sample at a different wavelength, which can then be live-captured by the image capture system. 510 NLO is uniquely designed to give researchers the ability to image smaller structures in greater detail. In combination with advanced imaging techniques such as STED (Stimulated Emission Depletion) or PALM/STORM (Photo-Activated Localization Microscopy/ Structured Illumination Microscopy), the microscope allows researchers to visualize samples in great detail and in three dimensions. ZEISS 510 NLO is also equipped with three illumination chambers to further improve imaging capabilities. Each of the chambers house one of three emission filters, including a triple band pass, an ultraviolet, and a wide-field filter. This combination of emission filters allows researchers to image samples with different fluorescence labels and enables parallel imaging at different wavelengths. The combination of advanced imaging technology, high-resolution optics, and the use of three illumination chambers makes 510 NLO the ideal microscope for cellular and super-resolution applications. Its unique design allows researchers to visualize the smallest of structures with greater clarity and accuracy, while simultaneously offering flexibility within the sample preparation process.