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Confocal/Raman Microscopy
The Confocal/Raman Microscopy System is a product of in-depth integration of confocal microscopic imaging technology and Raman spectroscopy technology. It uses confocal technology to achieve high-resolution optical imaging and spatial localization of samples, and simultaneously acquires the molecular structure "fingerprint information" of designated microregions through Raman spectroscopy, ultimately realizing integrated detection of "morphological observation - component identification - structural analysis".
Venus Confocal Micro-Raman Spectrometer
A high-end scientific research instrument with high-resolution, multi-modal, and in-situ capabilities
- "Microscopic Imaging + Confocal Raman + Rapid Scanning" Trinity
- High sensitivity and fast imaging, suitable for complex samples
- Modular expansion, covering all scientific research scenarios
Venus Confocal Micro-Raman Spectrometer
Outstanding fluorescence suppression capability: Compared with short-wavelength lasers, the 785nm near-infrared light can reduce the autofluorescence of biological tissues by more than 90%, making it suitable for the detection of weak Raman signals .
Wide detection compatibility: Its penetration depth into turbid samples and dark-colored materials (such as coal and rubber) reaches 5-10μm, which is better than that of the 532nm configuration .
Venus Confocal Micro-Raman Spectrometer
High wavenumber coverage capability: The upper limit of 4500cm⁻¹ can capture the high-frequency vibrations of functional groups such as O-H and N-H, making it suitable for hydrogen bond research.
Excellent material sensitivity: The detection limit for inorganic minerals such as carbonates and sulfates is as low as 0.1wt%, which is better than that of the 785nm configuration.
Strong scientific research expandability: It is compatible with a temperature-controlled stage (-196℃ to 600℃), enabling tracking of structural evolution during material phase transition processes.
