Zeiss Axioplan Universal microscope Instrukcja Użytkownika Pobierz pdf (Strona 13)

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By The Laws Of Physics

Allrounders

If flexibility and a wide range of techniques are required, universal

semi-apochromatic Plan-Neofluar objectives are the answer. With

transmission from the near UV, semi-apochromatic correction, excel-

lent image flattening, optimum working distances, low strain and high

numerical apertures, they are ideal for brightfield, darkfield, phase

contrast, DIC, polarization and fluorescence. High contrast makes

them perfect for capturing sharp, clear images for post processing and

subsequent analysis.

Photon counters

The Fluar range is designed for maximum transmission and photon col-

lection. Constructed from special optical glass, these objectives feature

high numerical apertures and high contrast, ensuring the best light

transmission throughout the visible spectral range down to the near

UV. Fluar objectives are your best choice if you want to capture even

the faintest fluorescence signal.

Immersion specialists

For the examination of living organisms and immersion preparations,

you need high-performance objectives capable of optically compensat-

ing differing refractive indices and volumes of the media involved.

These requirements are best met by the special family of Multi-

Immersion Plan Neofluar objectives or the apochromatically corrected

C-Apo family for the most demanding applications. Both will always

give you brilliant images.

Top performers

Thanks to the combination of best color correction with highest

numerical apertures, Plan-Apochromat objectives provide the ultimate

in resolution, image definition, and rendition of subtlest color differ-

ences. With their large apertures, they deliver outstanding brightfield

and DIC images and perform brilliantly in fluorescence microscopy.

1) Mycelia.

Grocott silvering.

Prof. Höfler, Munich

University of Technology

2) Salivary gland of a drosophila.

GFP labeling

3) Cell nuclei and mitosis.

Triple fluorescence.

Dr. Beensen,

Friedrich Schiller University, Jena

4) Embryo of C. elegans. DIC.

Prof. Schnabel, Braunschweig

University of Technology

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Zeiss Axioplan Universal microscope Instrukcja Użytkownika Strona 13

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