Leading the way in inverted biological microscopes for over thirty years.
Nikon inverted microscopes are the industry leaders, renowned for their optical quality, flexibility, modularity, ease of use, ergonomics, and mechanical precision. Each is highly versatile and capable of producing brighter, higher contrast, aberration-free images, thanks to the power and range of Nikon's exclusive CFI60 infinity optical system.
Products
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BioStation IM
Cell culture - A compact cell incubation and monitoring device that allows users with minimal microscopy experience to conduct single live cell time lapse imaging studies under perfectly controlled environmental conditions.
Cell Culture and Maintenance, Regenerative Studies, Molecular Pathology, Cell Biology Live, Cell Culture, Target Identification…
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BioStation IM-Q
Cell culture - A compact cell incubation and monitoring device that incorporates a microscope, an incubator and a high-sensitivity cooled quantitative CCD camera into one self-contained system.
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Eclipse TE2000
Multi-mode systems with multiple ports and modular structure to allow for customization and the addition of accessories.
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Eclipse TE2000-PFS
Motorized inverted research microscope with the exclusive Nikon Perfect Focus System for continuous focus correction.
Cell Biology Live, Cell Culture, Target Identification, ADME Tox
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Eclipse Ti
Advanced inverted microscope systems offering unprecedented functionality, including built-in Perfect Focus and high-speed motorization.
Developmental Biology, Cell Culture and Maintenance, Regenerative Studies, Neurobiology, Molecular Pathology, Marine Biology…
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Eclipse TS100/TS100F
Innovative and efficient routine microscope with exceptional optical quality and robust, rigid vibration resistant design.
Cell Culture and Maintenance, Regenerative Studies, Neurobiology, Electro Physiology, Molecular Pathology, Marine Biology…
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N-SIM Super-Resolution
New Super-Resolution microscope which exceeds the traditional diffraction limits by two times.
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N-STORM Super-Resolution
New Super-Resolution microscope system which exceeds traditional diffraction limits by an order of magnitude and is capable of 3D image acquisition.
