What is a Infrared microscope?

An infrared microscope is a device that uses infrared light to observe the structures and compositions of tiny objects. Infrared light reacts to molecular vibrations and rotations of substances, enabling the analysis of their chemical structures and compositions. This allows non-destructive access to internal information that cannot be obtained with optical microscopes.

Infrared microscopes are widely used in fields like chemistry, pharmaceuticals, semiconductors, and materials science. By scanning specific areas of a sample with infrared light, chemical information is obtained from absorption spectra. Because infrared light has a longer wavelength than visible light, it can detect regions that optical microscopes cannot. This device plays a crucial role in defect detection, distribution analysis, and thin-film evaluation of materials.

Application of Infrared microscope

✅Semiconductor Wafer Inspection
Non-destructively detects microscopic defects or abnormalities within wafers, ensuring quality control.
✅Drug Composition Analysis
Visualizes the particle structure of pharmaceuticals, confirming the distribution and uniformity of active ingredients.
✅Analysis of Plastic Mixtures
Examines the distribution and chemical composition of plastics containing multiple polymers.
✅Restoration of Historical Artifacts
Analyzes materials hidden beneath the layers of paintings or sculptures, providing essential information for restoration.

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