Featuring a zoom magnification of 7.5X and a long working distance of 115mm, Nikon SMZ745 microscopes are well suited for both industrial and biomedical applications. The adoption of a new total reflection prism produces brighter images with higher contrast, and the anti-mold design allows the microscope to be used in environments where the temperature and humidity are high. The SMZ745 has an eyepiece inclination of 45°.
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Featuring a zoom magnification of 7.5X and a long working distance of 115mm, Nikon SMZ745T microscopes are well suited for both industrial and biomedical applications. The adoption of a new total reflection prism produces brighter images with higher contrast, and the anti-mold design allows the microscope to be used in environments where the temperature and humidity are high. The SMZ745T trinocular model comes equipped with a microscope camera port and a built-in 0.55x c-mount adapter, permitting direct mounting of Nikon DS Series Digital Cameras. The SMZ-745T has an eyepiece inclination of 45°.
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The SMZ800N offers higher magnification than conventional models that enables high-resolution observation of minute structures. In combination with the new objective series, its improved chromatic aberration correction provides bright and sharp images through the entire viewfield. The parallel optics design allows ergonomic accessories and observation attachments to be used in a wide range of applications.
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The Eclipse Ti2 delivers an unparalleled 25mm field of view (FOV) that revolutionizes the way you see. With this incredible FOV, the Ti2 maximizes the sensor area of large-format CMOS cameras without making compromises, and significantly improves data throughput. The Ti2's exceptionally stable, drift-free platform is designed to meet the demands of super-resolution imaging while its unique hardware-triggering capabilities enhance even the most challenging, high-speed imaging applications.
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Utilizing Nikon's industry-leading CFI60 optical system and LED illumination for both diascopic and epi-fluorescence imaging, the new Eclipse Ts2 microscope offers brilliantly clear images, enabling more efficient cell culture observation and documentation. Furthermore, a newly developed contrast observation method and streamlined operation enhance its use for routine laboratory work.
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The Ts2-FL version allows epi-fluorescence observation. Utilizing Nikon's industry-leading CFI60 optical system and LED illumination for both diascopic and epi-fluorescence imaging, the new Eclipse Ts2-FL microscope offers brilliantly clear images, enabling more efficient cell culture observation and documentation. Furthermore, a newly developed contrast observation method and streamlined operation enhance its use for routine laboratory work.
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The Ts2R is an inverted research microscope that comes with a photo port that accepts various photomicrographic systems. Driven by Nikon's acclaimed CFI60 optical system and LED Eco-illumination system, the Ts2R produces sharp, brilliantly clear images, while achieving longer working distances and higher numerical apertures. They are ideal for applications such as tissue culture, plaque measurement and blood typing. Used in combination with Narishige manipulators, also available from Nikon, these microscopes can be used for a range of micromanipulation techniques necessary for cyto-engineering, developmental and genetic engineering, electrophysiology, pharmacology and neurochemistry.
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The Ts2R-FL is an inverted research microscope capable of epi-fluorescence observation that comes with a photo port that accepts various photomicrographic systems. Driven by Nikon's acclaimed CFI60 optical system and LED Eco-illumination system, the Ts2R produces sharp, brilliantly clear images, while achieving longer working distances and higher numerical apertures. They are ideal for applications such as tissue culture, plaque measurement and blood typing. Used in combination with Narishige manipulators, also available from Nikon, these microscopes can be used for a range of micromanipulation techniques necessary for cyto-engineering, developmental and genetic engineering, electrophysiology, pharmacology and neurochemistry.
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