概述
1. Laser: When the laser irradiates the sample, the light scattered from the sample includes Rayleigh scattering, Stokes Raman scattering, and anti-Stokes Raman scattering.
2. Dichroic Mirror: Based on differences in light wavelength, it reflects the laser light while transmitting the scattered light emitted by the sample.
3. Raman Light: The Raman light is dispersed by a diffraction grating.
4. Detector: The detector detects and generates the spectral graph.
application
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Materials Analysis: 2D materials, quantum dots, nanomaterials, etc.
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Life Sciences: DNA/RNA analysis, cell analysis, disease diagnosis, early cancer detection, etc.
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New Energy: Lithium-ion battery research, solar cell module research, etc.
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Pharmaceuticals: Pharmaceutical component identification, active ingredient determination, polymorph screening, chemical reagent R&D, etc.
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Geology and Astronomy: Planetary rocks, soil, celestial body surface composition, fossils, etc.
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Art and Archaeology: Pigments, ceramics, cultural relic restoration, etc.
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Food Safety: Pesticide residue detection, meat product detection, dairy beverage detection, plastic detection, etc.
| Series |
Compact Raman Spectrometer |
Portable Raman Spectrometer |
| wavelength range（cm-1） | 200-3000 | 200-3000 |
Feature |
Full-Space Optical Design，Miniature Confocal，Supports multiple operating systems including Windows and Linux，Light Weight ，Compact Size |
High Sensitivity，Can Resolve the Silicon Second-Order Peak，Excellent Stability，High Repeatability |
| Components | Raman Laser + Spectrometer Module + Spatial Optical Path + Software + Database | Raman Laser + Cooled Spectrometer Module + External Probe + Software + Database |
Compact Raman Spectrometer
● Confocal Coaxial: Only collects signals near the focal plane, suppressing interference light from deep layers and the background. ● Spatial Optical Design: Optimizes heat dissipation and suppresses fluorescence signal interference. ● Supports multiple operating systems including Windows, Linux, and Android. ● Ultra-low power consumption: Spectral collection and analysis can be achieved with USB power supply. ● High spatial resolution: Lateral resolution can reach the micron level. ● High signal-to-noise ratio (SNR): Eliminates stray light from non-focal planes, suitable for thin-film samples or surface analysis. ● Tomographic imaging capability: 3D Raman imaging can be realized by adjusting the focal plane.
Portable Raman Spectrometer
● Standard configuration includes 532nm, 785nm, and 1064nm wavelengths, with customization available upon request. ● High resolution: Minimum 2.5 cm⁻¹. ● Fiber optic probe design: Compatible with multiple measurement scenarios such as microscope adaptation, on-site measurement, and immersion measurement. ● Rich software functions: Equipped with a variety of spectral processing and analysis algorithms.