Objective "Plan-Neofluar" 1.25x/0.035
Objective "Plan-Neofluar" 1.25x/0.035
Item no.: 440300-0000-000(no longer available)
Objective "Plan-Neofluar" 1.25x/0.035 (WD=3.5mm)
Full DescriptionThere are only a few number of objectives available. See special offers.
Magnification | 1.25x |
Numerical Aperture | 0.035 |
Free Working Distance [mm] | 3.5 |
Coverglass Thickness [mm] | 0.17 |
Thread Type | W0.8x1/36" |
Immersion | Without Immersion |
Field of View [mm] | 25 |
Parfocal Length [mm] | 45.06 |
Long Distance | |
Correction Ring | |
Iris | |
Optical System | Infinity Color Corrected System (ICS) |
Color Correction | semi-apochromatic |
Biomedical Applications | |
---|---|
Fluorescence | |
- Multichannel | |
- Ultraviolet Transmission | |
- Infra Red Transmission | |
BrightField | |
DIC [Differential Interference Contrast] | |
High Contrast DIC | |
PlasDIC | |
Phase Contrast | |
VAREL Contrast | |
Hoffman Modulation Contrast | |
Polarization Contrast | |
Materials (Reflected Light) Applications | |
BrightField | |
BrightField/DarkField | |
Reflected Light DIC | |
High Contrast DIC | |
DIC with circular polarized light | |
Total Interference Contrast | |
Polarization Contrast | |
Options | |
Definite Focus.2 | |
Confocal Microscopy | |
- Ultra Violet | |
- VIS (visible light) | |
- NLO-IR / 2 Photon | |
Total Internal Reflection Fluorescence | |
Apotome | |
Microdissection |
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Adapter M 27x0.75 / W 0.8 H "0"
Item no.: 000000-1095-168Adapter M 27x0.75 / W 0.8 H "0"
Item no.: 000000-1095-168Adapter M 27x0.75 / W 0.8 H "0"
Note:
All measures in [mm]
mech. Arbeitsabstand = mechanical working distance
Deckglas = cover glass
Objektebene = object plane
Objektfeld = object field
Ausleuchtung = illumination
Probenzugänglichkeit = specimen accessibility
Note:
Please note that due to production tolerances, the given values are typical only and not guaranteed.
Plan-Neofluar objectives feature high resolving power and brilliant, rich-contrast, completely flat images for observation and documentation. Their high transmission of wavelengths from the near UV range (>40% starting at 340nm) and the use of glass types of low autofluorescence makes these objectives ideal for epi-fluorescence microscopy. Further special-purpose members of the family are Epiplan-Neofluar objectives for reflected-light work, the Plan-Neofluar Antiflex objective for reflection contrast, and Plan-Neofluar Pol objectives for the requirements of polarizing microscopy.
Objective "Plan-Neofluar" 1.25x/0.035 (WD=3.5mm)