Apollo M™ Confocal Raman Microspectrometer for Cutting Edge Research

The Apollo M™ Raman microspectrometer is built for reliability, user-friendliness, and state-of-the-art research.Raman microspectra™ can be quickly and easily acquired with the Apollo M™, allowing one to concentrate on sample measurements rather than instrument operation.

TheApollo M™ is therefore ideal for routineresearch, advanced research, quality control, and failure analysis. The Apollo M™ Raman microspectrometer uses hardware, software, and optics that are all optimized for Raman spectroscopy of microscopic samples. It also has a fixed confocal aperture for robust and accurate measurements.

The Apollo M™ Raman microspectrometer is well-suited for quick, non-destructive analysis in disciplines including chemistry, physics, materials science, and biological sciences.

For confocal Raman microspectroscopy, the Apollo M™ Raman spectrometer is aversatile and modular instrument that can be easily installed on anupright microscope. Lightblades™ solid-state spectrometers are used for both sensitivity and speed.For sophisticated research, scanning spectrometers are also available.

Numerous other features, such as high-resolution imaging and mapping of the Raman spectra, as well askinetic Raman and photoluminescence microspectroscopy, canalso be included. Combining modules enables thehighest level of experimental versatility.

When fitted on CRAIC UV-Visible-NIR microspectrometers, the Apollo M™ Raman spectrometer can add a wide range of capabilities, such as film thickness measurements, colorimetry and UV-visible-NIR microspectroscopy.

Raman spectra can be simply and rapidly obtained using the Apollo M™ Raman Microspectrometer. It can collect Raman microspectra™ in seconds. The Apollo M is a Class IIIB laser product.

Image Credit: CRAIC Technologies

Image Credit: CRAIC Technologies

Apollo M Raman MicrospectrometerPlay

Video Credit: CRAIC Technologies

Key Features

Superior Raman microspectroscopy performance

Reliable, powerful, and robust

Utilizealone or add to a CRAIC UV-VIS-NIR Microspectrophotometer

The standard laser wavelengths available include 405, 532, 633, 785, and 830 nm, with more offered upon request

Solid state Lightblades™ Raman spectrometers are the default choice for high-speed and sensitivity

Photoluminescence microscopy

Raman spectral imaging

Simple to operate and maintain

From the microspectroscopy specialists

Add to a Microspectrometer

Adding Apollo M™ to a CRAIC microspectrophotometer allows users to do more:

Colorimetry of microscopic specimens

Thin film thickness measurements

UV-visible-NIR reflectance microspectroscopy

UV-visible-NIR absorbance microspectroscopy

UV-visible-NIR polarization microspectroscopy

UV-visible-NIR fluorescence microspectroscopy

Fully manual or automated operation

Precision temperature control of specimens

Specialized software including statistical analysis, spectral databases, image analysis and other uses

Image Credit: CRAIC Technologies

Spectral Surface Mapping

5D Hyperspectral Surface Mapping™

Combines hardware software for automated spectralanalysis and 5D mapping of specimens with microscopic spatial resolution. 3D maps of samples’ Raman spectra can be constructed.

Image Credit: CRAIC Technologies

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