Navitar System is Suitable for Operation in Macro or Micro Mode
Macro Mode
In the Macro mode, a fixed lens system provides up to a 9.2 mm diameter field of view at a 165 mm working distance with a 2/3" format camera. A 6.5X zoom accessory provides up to a 15 mm diameter field at a 108 mm working distance. Various lens attachments allow the working distance to change from 32 mm to 165 mm. An add-on focus accessory provides a means of adjusting focus without requiring a microscope type stand.
Micro Mode
In the Micro mode, the same single lens system provides a 0.9X coupling of any standard 200 mm tube length, infinity corrected, fluorescent microscope objective to the camera.
Who is Using the Navitar Video ZFL Scope?
- OEM customers creating an automated system for scanning and post processing of proteomics.
- Production laboratory using image processing software to count and categorize selected images.
- High school or university professor, on a limited budget, who needs to demonstrate certain fluorescent characteristics to a group.
- A field operator who needs instant results involving agriculture, oceanography, or criminology.
- Museum or aquarium setting-up a public display.
- Research scientists in government laboratories.
Ideal Uses for the Navitar Video ZFL Scope
- Transgenic organisms.
- All GFP (Green Fluorescent Protein) studies involving living cells and tissues: C. Elegans, D. Melanogaster, D. Rerio Larva, Zebra Fish, Oocytes, Nematodes, Drosophilia.
- Plant cells, plant surfaces, soil samples, parasites.
- Air and water pollution.
- Forensic - fingerprints, fibers, documents, and body fluids.
- Capillary flow.
- Bacteria on agricultural products.
- Art restoration.
- Other non-destructive testing.
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- Wafer Contamination by organic residue.
- Inspection of photoresist.
- Diagnosis of lumber diseases.
- Inclusions, imperfections, and compound variation in geological crystals (including the gem industry).
- Inspection of the structure and chemical composition of concrete.
- Investigation of the presence and dispersions of additives or impurities in polymers and ceramics.
- Investigation of structural abnormalities in materials (cracks, pores, welds).
- Confirming presence of adhesives in cemented applications.
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