Life Sciences |
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Material Sciences |
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| Whole Body Sections (up to 200 x 300 x 70 mm) |
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Undersea Cable Section |
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| whole body section of a mouse from a paraffinblock, multi acquisiction picture from a microscope slide scan |
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Cross section of an underwater sea cable with a diameter of 80 mm |
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| Brain Section |
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Metal or Synthetic Material Section |
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| Brain section from a paraffin block for a later 3D stacking of microscope pictures for an organ reconstruction |
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Cross section through a two component material. Here two metals are merged together to form one piece. Coating thickness seems to vary in the production process as the measurements differ so it evidences insufficient quality tolerances |
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| Eye Bulb Section |
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Tube Section |
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| Eye Bulb section from a methyl-methacrylate embedded block, microscope picture from a slidescan of multiple acquisition positions |
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Cross section through a tube which contains a metallic body and a plastic coating. The bonding quality of the synthetic coating is of interest |
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| Vertebrae Section |
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Automotive Section |
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| Section through a complete vertebrae bone with muscles, stained Masson Goldner from a methyl-methacrylate embedding, microscopic slidescan from multiple pictures |
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Corrosion analytics and weld seam testing on an automotive
component with multiple pressed layers |
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| Thigh Bone Section |
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Coating Layers |
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| Complete in paraffin embedded femur, thigh bone, sectioned and stained Alcian Blue for a slidescan of multiple microscope pictures |
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Coating layer measurements from a component put into MMA for sectioning. Microscopic picture from quality control process to validate production requirements |
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| Tooth Section |
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Aerospace |
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| Whole longitudinally tooth section in a Goldner Anilinblue stain for a microscopic slidescan of the whole section |
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Oversectioned aersospace metal component to control the
greain size distribution in the grid network |
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| Wood Section |
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Toothwheels |
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| Native section of an adult grapevine wood with a declinated section angle of 45° |
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Cross section from a toothwheel made from polymethylene |
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| Implants Section |
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Glass Fibre |
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Shinbone (tibia lat.) section with implants in it in a Goldner stain for a scan of the whole section area under the microscope - of course the implants moved out of the block within the section, but the 4µm section was perfect |
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Cross section from a polyamide material with a high amount of glass fibres
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| Bones Section |
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Carbon Fibre |
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| Bone Section from a methyl-methacrylate block in a Movat Pentachrome stain |
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Cross section from a polyphenylensulphide material with a high amount of carbon fibres |
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| Humane Prostata Gland |
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 Oversectioing of a 7cm in diameter copper/plastic cable with V-inserts for clamping for further surface inspection |
| Cross section of a whole human prostata gland - that saves time and money especially in routine diagnostics |
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| Human Liver Section |
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Power Cable
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| Whole organ section from a paraffin block for cancer research, stained HBVsAG |
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Cross section of the above cable with 250µm while the copper gets loose from the composite, but you can investigate the pigments distribution in the now translucent cable
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| Human Mamma Section |
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| Whole organ section from a paraffin block for cancer research, stained HER2 |
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| Human Kidney Section |
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| Whole organ section from a paraffin block for cancer research, stained Vimentin |
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| Iliac Crest Section |
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| Section from an Iliac Crest from a paraffin block, stained CD79a |
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| Human Kidney Section |
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| Whole organ section from a paraffin block, stained Tri-PAS |
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