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Märzhäuser SlideExpress 2

Nikon Instruments Europe BV and all Nikon subsidiaries in Europe are closely monitoring the situation with COVID-19 (coronavirus) and following the guidance of each local health authorities. Learn more about the measures we have put in place.

 

Slide scanning with high optical performance.

CURRENTLY ONLY AVAILABLE IN GERMANY AND FRANCE

The Märzhäuser SlideExpress 2 provides an extremely robust and stable platform for automated slide scanning.

With several detector and objective lens choices, high quality images can be obtained in a fully automated fashion.

Download Märzhäuser SlideExpress 2 (1.06MB)


Key Features

Precision loading and imaging

By using a cassette with precision slide mounting, slides are loaded with care and repeatability. This means true automated runs of up to 120 slides.

Because of the slide mounting mechanism, flatness across the slide is also maintained, speeding up total acquisition time by negating the need for repeated autofocus over long distances.


Seamless tiled images in brightfield or fluorescence

Multichannel fluorescence mouse embryo acquired by tiling multiple fields of view acquired with a 20x objective lens


Capture data, not background

For slides with specimens mounted randomly, a low magnification preview can locate the sample, then acquire only the sample at higher magnification and high resolution. Not acquiring the entire slide saves time and space. Users then have the tiled high magnification images (red square shows one FOV in the tiled image, shown at right)

Low magnification preview (not saved)

High magnification tiled images are acquired

An individual frame of the tiled image


Analysis Toolbox

Image analysis either during or post-acquisition is an essential tool for high content imaging. NIS-Elements includes several analysis workflows as well as capabilities for user-defined custom assays that can be applied to images.

An example of a custom segmentation tool to detect colloids in tissue sections.

Fluorescence color segmentation tool to determine percent area occupied by each fluorescence channel.

Automated detection of immunohistochemistry labels on a tissue microarray