Microscope Camera Applications

The ProgRes® cameras have a wide variety of applications. Below you will find images that were captured with either the C3 or C5 cameras with different microscopes including: stereo microscopes, biological microscopes and metallurgical microscopes.

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Human tumor cells. Learn how tumor cells form here.

ProgRes® C5

Institute of Laser Technologies in Medicine and Measurement; University Ulm, Germany

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Glioblastoma cells. These are a type of primary central nervous system tumor, most commonly found in the brain, but can also be found in the spinal cord or optic nerves. Learn more here.

ProgRes® C5

German Cancer Research Center, Heidelberg

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Appendix

ProgRes® C5

ProgRes® application laboratory; Jena, Germany

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Rat section of sciatic nerve, click here to view the human sciatic nerve

ProgRes® C3

Electron Microscopic Center of the Medical Faculty; University Rostock, Germany

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Gyromitras gigas 04-005 spores; 40er Varel-Contrast. Gyromitras gigas is a fungi, learn more about it here.

ProgRes® C3

Dr. Geert Schmidt-Stohn; Bienenbüttel, Germany

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Gyromitras gigas 04-005 spores; 40er Varel-Contrast. Gyromitras gigas is a fungi, learn more about it here.

ProgRes® C3

Dr. Geert Schmidt-Stohn; Bienenbüttel, Germany

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Aspergillus, learn more about aspergillus here.

ProgRes® C5

ProgRes® application laboratory; Jena, Germany

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TIR fluorescence of adhered T47D-EYFP-Mem; breast cancer cells. Learn more about breast cancer here.

ProgRes® C3

Institute of Applied Research; University Aalen, Germany

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Live cells of the ciliate paramecium with DNA-selective dye Hoechst 33342 showing one stage of the macronuclear fragmentation through a sexuell process called autogamy.

ProgRes® C3

Institute of Biology; University Konstanz, Germany

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Detail of a SQUID (superconducting quantum interference device)

ProgRes® C3

Max-Planck-Institute of Radio Astronomy; Bonn, Germany

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Circuit board viewed with a dual arm pipe illuminator under a stereo microscope

ProgRes® C3

ProgRes® application laboratory; Jena, Germany

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Hardness test effect. Interested in learning more? Click here for more information on material hardness and a variety of hardness tests.

ProgRes® C5

Customer photo

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Concrete 30µm thin section, captured with transmitted light and bevelled polars

ProgRes® C3

Mike Eden; Geomaterials Research Services, Ltd.; UK

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Concrete 30µm thin section, captured with transmitted light and crossed polars

ProgRes® C3

Mike Eden; Geomaterials Research Services, Ltd.; UK

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Cauixi, captured with brightfield

ProgRes® C3

Otto-Schott-Institute of Glass Chemistry; University Jena, Germany

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C60 steel, captured with brightfield incident light

ProgRes® C3

ProgRes® application laboratory; Jena, Germany

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Gray cast iron with sphaerolithe, captured with brightfield incident light

ProgRes® C5

ProgRes® application laboratory; Jena, Germany

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Copper with copperoxidul

ProgRes® C5

ProgRes® application laboratory; Jena, Germany

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Impression of synthetics with same relief of abrasives

ProgRes® C5

Bavarian State Office of Criminal Investigation; Munich, Germany

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Breech face marks

ProgRes® C5

Bavarian State Office of Criminal Investigation; Munich, Germany