The goal is sharper, high contrast images with a minimum of chromatic, coma, astigmatism, and spherical aberration. The lenses are made using an integrated production system, from the melting of the optical glass to the final assembly and adjustment. Nikon, which is one of the few remaining optical companies that makes its own optical glass, designed an advanced optical system for the Microphot series with an emphasis on high performance in photomicrography. When utilized in combination with the Nikon Microflex FX camera series, it becomes a photomicrographic system and when coupled to a modern CCD camera, it becomes a digital imaging system. Promoted as one of the premier research microscopes during the mid-1980s, Nikon's Microphot-FX may be used with a digital or film camera attachment as well as for quantitative transmitted light and fluorescence microscopy. This Microphot is configured with a pair of CFW 10x WF eyepieces, CFN plan 4x, 10x, 40x, 100x (oil immersion) objectives, 100 watt tungsten halogen transmitted illuminator, Nikon UFX-II 35mm camera system, auxiliary port for digital or CCTV camera, accepts all of Nikon's 160mm tube length accessories, such as: darkfield, phase contrast, polarization, DIC and. Nikon Microphot-SA research microscope provides optical sophistication, ease of operation, and a wide range of viewing techniques.
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