Micro Raman Identify Dual Lasers

Model: GMD

Booth No: L001

Characteristic

【Product Overview】
The Raman spectroscopy system is a non-destructive optical analysis tool used to identify the chemical composition and molecular structure of substances. It operates based on the Raman scattering effect: when a laser illuminates a sample, a portion of the scattered light shifts in wavelength. These shifts reveal vibrational and rotational modes of molecules. Key advantages include high sensitivity, minimal sample preparation, and rapid analysis results.
【Key Features】
．Dual-Wavelength Auto Measurement：Equipped with dual laser sources, the system allows users to perform automated measurements of Raman signals under different laser wavelengths with a single button press.
．Laser Energy Control with <1% Error：Utilizes high-quality lasers from RGB Lasersystems (Germany). Laser output can be precisely adjusted in 1mW steps via the optical rail. Built-in attenuation curves for each laser wavelength ensure laser energy error remains under 1%.
．Fully Automated Raman Imaging System：Offers autofocus based on image sharpness or signal intensity. Key analysis functions include:
1. Peak shift and relative position analysis of dual peaks
2. Monitoring of dual peak intensity ratio changes
3. Comparative analysis of integrated areas on asymmetrical peaks
．3D Nanostructure-Enhanced SERS Chips：Utilizes Surface-Enhanced Raman Scattering (SERS) to boost detection sensitivity and limits. Suitable for various applications, including:
1. Rapid detection of SARS-CoV-2 spike protein
2. Pesticide residue analysis
3. Pathogen and environmental monitoring in aquaculture
4. Bilirubin concentration detection in humans

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Micro Raman Identify Dual Lasers

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