Apollo M Raman Microspectrometer
Description
The Apollo M™ Raman microspectrometer is designed for both cutting edge research and for reliability and ease-of-use. With the Apollo M™, it is fast and, easy to acquire Raman microspectra™ so you can focus on sample measurements, not on operating your instrument. As such, it is perfect for advanced research, routine research, quality control and failure analysis. The Apollo M™ Raman microspectrometer employs optics, software and hardware all optimized for Raman spectroscopy of microscopic samples, along with a fixed confocal aperture for robust and reliable measurements. The Apollo M™ Raman microspectrometer is perfect for rapid, non-destructive analysis in fields such as life sciences, materials science, chemistry and physics. The Apollo M™ Raman spectrometer features a modular and flexible design, and can easily be installed on an upright microscope for confocal Raman microspectroscopy. Solid state spectrometers are offered for speed and sensitivity. Scanning spectrometers are also offered for advanced research. A host of other features may also be included such as kinetic Raman and photoluminescence microspectroscopy, imaging and mapping of the Raman spectra with high spatial resolution. Modules can be used together for the ultimate in experimental flexibility. The Apollo M™ Raman spectrometer can also be combined with other CRAIC microspectrometers to add a host of capabilities ranging from UV-visible-NIR microspectroscopy to film thickness measurements and much more. Call us today to learn how the Apollo M™ can help you.
Apollo M Raman Microspectrometer
Specifications |
|
|---|---|
| Excitation Wavelength: | Around 532 nm, Around 638 nm, Narrowband UV, Broadband UV |
| Multi-Wavelength Capability: | Yes |
| Spectral Range: | 300-3000cm^-1 |
| Detector: | Custom |
Features
High performance Raman microspectroscopy
Robust, reliable and powerful
Use alone or add to a CRAIC UV-VIS-NIR Microspectrophotometer
Standard laser wavelengths offered include 405, 532, 633, 785, and 830 nm, with more available upon request
Solid state Lightblades™ Raman spectrometers as standard option for high sensitivity and speed, but can be upgraded to scanning Raman spectrometers for ultra-high resolution and spectral range
Photoluminescence microspectroscopy
Raman spectral mapping
Easy to use and maintain
From the experts in microspectroscopy
Applications
Biology and Life Sciences
Materials Science
Graphene and Carbon Nanotubes
Nanomaterials
Geology
Energy
Chemistry
Catalysts
Physics
Semiconductors
Process Contamination Analysis
Pharmaceutical Quality Control
Explosives and Drugs of Abuse
WMD Analysis
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
-
Ships from:
United States
-
Sold by:
-
On FindLight:
since 2021
Frequently Asked Questions
The Apollo M Raman microspectrometer is designed for both cutting edge research and for reliability and ease-of-use.
The applications of the Apollo M Raman microspectrometer include biology and life sciences, materials science, graphene and carbon nanotubes, nanomaterials, geology, energy, chemistry, catalysts, physics, semiconductors, process contamination analysis, pharmaceutical quality control, explosives and drugs of abuse, and WMD analysis.
The features of the Apollo M Raman microspectrometer include high performance Raman microspectroscopy, robust and reliable operation, compatibility with a CRAIC UV-VIS-NIR Microspectrophotometer, standard laser wavelengths offered, solid state Lightblades™ Raman spectrometers, photoluminescence microspectroscopy, Raman spectral mapping, and ease of use and maintenance.
Yes, the Apollo M Raman microspectrometer can be combined with other CRAIC microspectrometers to add a host of capabilities ranging from UV-visible-NIR microspectroscopy to film thickness measurements and much more.
The Apollo M Raman microspectrometer offers solid state spectrometers for speed and sensitivity, and scanning spectrometers for advanced research.