Objective LD "A-Plan" 20x/0.30 Ph1 Var1
Objective LD "A-Plan" 20x/0.30 Ph1 Var1
Item no.: 000000-1006-592(no longer available)
Objective LD "A-Plan" 20x/0.30 Ph1 Var1 (D=0-2) (WD=4.3mm when D=1mm)
Full DescriptionMagnification | 20x |
Numerical Aperture | 0.3 |
Free Working Distance [mm] | 4.3 at cover glass 1.0 |
Coverglass Thickness [mm] | 0 - 2 |
Thread Type | W0.8x1/36" |
Immersion | Without Immersion |
Field of View [mm] | 23 |
Parfocal Length [mm] | 45.34 |
Long Distance | |
Correction Ring | |
Iris | |
Optical System | Infinity Color Corrected System (ICS) |
Color Correction | achromatic |
Biomedical Applications | |
---|---|
Fluorescence | |
- Multichannel | |
- Ultraviolet Transmission | |
- Infra Red Transmission | |
BrightField | |
DIC [Differential Interference Contrast] | |
High Contrast DIC | |
PlasDIC | |
Phase Contrast | Ph 1 |
VAREL Contrast | Varel 1 |
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.
The series with large working distance represent the entry level for inverted microscopy. They are corrected for cover glass and vessel bottom thickness up to 2 mm. This means optimal in the main applications of LD objectives, such as observation through thicker cell culture vessels etc. But also the use of thinner cover glasses for example in the range of 0.17 to 0.6 mm is easily possible with the simple use of a cover glass cap. The available contrast methods are ranging from brightfield, phase contrast to VAREL, Hoffman Contrast up to PlasDIC, the Zeiss exclusive polarization optical differential interference contrast, that makes applications like ICSI now possible even in plastic vessels with high resolution and brilliant contrast. Of course they are also suitable for fluorescence applications with excitation wavelengths within the visible spectrum.
Objective LD "A-Plan" 20x/0.30 Ph1 Var1 (D=0-2) (WD=4.3mm when D=1mm)