Overview

Quickly identify unknown materials and contaminants that may affect product quality. The Thermo Scientific Nicolet iN5 FTIR Microscope provides rapid identification with point-and-shoot simplicity.

Key Features

1. Microscopic Imaging: IR microscopes are equipped with optical systems that enable the visualization of samples at high magnification. This allows for precise targeting and analysis of specific microscale features within a sample.
2. Infrared Spectroscopy: At the heart of an IR microscope is its ability to perform infrared spectroscopy, which involves the absorption of infrared light by the sample, providing detailed information about its molecular composition and structure.
3. High Spatial Resolution: The combination of infrared spectroscopy with microscopic imaging techniques results in high spatial resolution. This allows for the analysis of very small areas within a sample, making it possible to obtain spectral data from individual microscopic features.
4. Non-Destructive Analysis: IR microscopy is a non-destructive technique, meaning that the sample remains intact without any alteration or damage during analysis. This is particularly important for valuable or sensitive samples.
5. Versatile Sample Handling: IR microscopes can handle a wide range of sample types, including thin sections, powders, and liquids. They can accommodate various sample sizes and shapes, often without the need for extensive preparation.
6. Chemical Mapping: Many IR microscopes offer chemical or spectral mapping capabilities, which involve collecting spectra from multiple points across a sample. This generates a detailed map of the chemical composition across the sample area, providing valuable spatial distribution information.
7. Multi-Layer Analysis: IR microscopy can penetrate multiple layers of a sample, depending on the transparency and thickness of the layers, which allows for the analysis of subsurface features.
8. Integration with Other Techniques: Often, IR microscopes can be coupled with other analytical techniques, such as Raman spectroscopy, to provide complementary data. This enhances the overall analytical capabilities and can provide a more comprehensive understanding of the sample.
9. Advanced Software and Automation: Modern IR microscopes come equipped with sophisticated software for data acquisition, analysis, and visualization. They often include features for automated focus, stage control, and sample positioning, which streamline the operation and increase reproducibility.
10. Quantitative Analysis: Besides qualitative analysis, IR microscopy can also perform quantitative analysis to determine the concentration of specific components within the sample.