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Optosk Confocal Raman Microscope
Principle of Raman Scattering
In 1928, Indian scientist C.V. Raman discovered that when light passes through a transparent medium, scattered light with frequencies different from the incident light appears. This phenomenon is known as Raman scattering.
• Identification: Different chemical bonds yield unique characteristic spectra, allowing substance identification.• Quantification: The intensity of Raman scattered light is proportional to molecular concentration, enabling quantitative measurement. 
Working Principle of Raman Microscope
Why choose optosky Raman microscope？
1. Multiple Excitation Wavelengths Optional
2. User-friendly software
3. Wide Applications
Gemstone Spectral Analysis
Material identification is critical for assessing gemstone value and authenticity. Raman spectroscopy delivers non-destructive, high-precision identification of mineral composition, crystal structure, and trace impurities.
1）Key AdvantagesHigh Resolution: Micron-level focusing, ideal for tiny inclusions and impurities.Non-Destructive: Maintains complete sample integrity, perfect for high-value jewelry.Fingerprint Peaks: Unique characteristic peaks provide reliable identification.
2）Research Objectives
Material Identification: Verification of diamonds, rubies, sapphires, jade, etc.Defect Analysis: Evaluation of internal inclusions, micro-fractures, and flaws.Origin & Processing: Determining geographic origin and detecting artificial treatments.
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