Nikon Eclipse Me600 Manual

Eclipse series microscopes allows ergonomically sound operation in a natural posture as well as higher structural rigidity. Outstanding optical performance and versatility The E600 biological research microscope with Nikon’s revolutionary CFI60 infinity optics provides dramatically improved performance in all applications. Eclipse ME600P/600D. Click here to see accessories for the ME600P/600D. Crystallography and ceramics. Nikon's Eclipse ME600 series is designed to meet all your needs. Next-generation ergonomic design. Diaphragm mechanism eliminates manual settings, streamlining your inspection. If you switch to.

Nikon Eclipse E600/E400 Manuals / Documents. Eclipse E600/E400 Instruction Manual. Nikon Eclipse E600/E400 Brochure. Nikon - Eclipse E600/E400 by Nikon. Product Details. Manuals for Nikon products/ 2018/02/15/ Ver.2.0.0 Manual Viewer 2 The Nikon Manual Viewer 2 app for iPhones, iPads, iPod touch, and Android devices can be used to download the manuals for Nikon digital SLR cameras and view them offline.

Nikon Eclipse Me600 Manual Transmission

Description:

Nikon Eclipse ME600 is optical microscope equipped with three objectives (20x, 50x and 100x) and an incident (epi) illumination system. The microscope can be used in differential interference contrast (DIC) imaging, which is an imaging method based on the contrast difference of the samples, and in dark field (DF) mode. With DIC and DF, it is possible to see details from optically transparent samples that are invisible in the ordinary microscope images.

Working principle

Nikon Eclipse Me600 Microscope

Differential Interference Contrast (DIC) This method, an extension of polarization contrast, is suitable for the visualization of even minute differences in height on surfaces. A birefringent prism (4) is used which splits the polarized light beam into two partial beams on its way to the sample. These two partial beams strike the sample (6) with lateral displacement from each other. If the surface is completely flat, nothing will happen. However, if there is a small step between the partial rays, one of the two beams has to travel along a path which is 2Δh longer. Once the partial beams have returned via DIC prism (4) and analyzer (7), they display the same direction of vibration again and can interfere with each other in the intermediate image. The path difference experienced on the surface then changes into grey values which can be seen by the eye: steps become visible in the form of relief. As an auxiliary object, the lambda-plate (7a) finally changes the grey values into colors again. Dark Field (DF)

Nikon Eclipse Me600 Microscope Manual

The light is emanating from the illumination lamp and collimated by the Collector. Most of the light is then blocked by the Condenser-aperture-diaphragm, which has a central stop that blocks the central rays of the beam. The light is then reflected by a 45° mirror with a circular hole in the center. In this way the light travels towards the sample on the outside of the actual objective lens. It is then focused on the sample by an inner mirror at the end of the objective housing. Light is deflected by any unevenness on the sample surface, and part of it is passed back via the objective lens to the eye of the operator. In this way, no directly (specularly) reflected light is seen by the operator (i.e. a perfectly clean mirror surface appears black). Only height differences, given by the dust and edges, on the surface are seen in the image.

Nikon Eclipse Me600 Manual Instructions

Bright field (left) and dark field (right) images of a test sample. In DF only the edges are visible.