OLIS 14F UV/Vis/NIR Fluorimeter & Spectrophotometer
Description
A multiple purpose dual beam spectrophotometer useful for absorbance and fluorescence measurements in the UV, Visible, and NIR regions. True dual beam absorbance acquisition with prism + grating F/8 monochromator using photomultiplier tubes throughout UV/Vis region and PbS detector throughout NIR. Scanning excitation and emission measurements are supported. Fluorescence detection is with a sensitive photon counting device in the UV/Vis and a TE-cooled InGaAs in the NIR.
OLIS 14F UV/Vis/NIR Fluorimeter & Spectrophotometer
Specifications |
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Excitation Source: | Incoherent |
Grating (Excitation): | N/A groove/mm |
Blaze (Excitation Grating): | N/A nm |
Grating (Emission): | N/A groove/mm |
Blaze (Emission Grating): | N/A nm |
Bandpass: | 00-00nm |
Detection: | Custom, Photomultiplier Tube (PMT) |
Features
- Double beam
- Prism + grating monochromator
- Exchangeable Tungsten & Xenon arc lamps
- 185 – 2600 nm in absorbance; 185 – 1750 nm in fluorescence
- Exchangeable scanning emission modules
- Angstrom resolution
- < 0.0001% Stray Light
Applications
- High resolution UV/Vis/NIR scanning
- UV/Vis & NIR Fluorescence of Carbon Nanoparticles
- Diffuse & Specular reflectance of liquid, solid, and powder samples
- Characterization of filters, coatings, and optical components
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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Ships from:
United States
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Frequently Asked Questions
It is a multiple purpose dual beam spectrophotometer used for absorbance and fluorescence measurements in the UV, Visible, and NIR regions.
The wavelength range is 185 – 2600 nm in absorbance; 185 – 1750 nm in fluorescence.
It has a true dual beam absorbance acquisition with prism + grating F/8 monochromator using photomultiplier tubes throughout UV/Vis region and PbS detector throughout NIR.
It is suitable for high resolution UV/Vis/NIR scanning, UV/Vis & NIR Fluorescence of Carbon Nanoparticles, Diffuse & Specular reflectance of liquid, solid, and powder samples, and Characterization of filters, coatings, and optical components.
Fluorescence detection is with a sensitive photon counting device in the UV/Vis and a TE-cooled InGaAs in the NIR.