532 nm Raman probe is used together with a 532 nm semiconductor laser and a fiber-optic spectrometer to perform Raman spectral measurements. By equipping different sampling accessories, the probe can be used to measure Raman spectra of solid, liquid, and powder samples.
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Dimensional drawing
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Features
- High coupling efficiency
- Interchangeable front focusing lens
- Fiber tail withstands tensile force above 50 N; durable and resistant to damage
- Maximum operating temperature up to 80°C
- Good repeatability of insertion and extraction
- High batch consistency
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Specifications
| Model | Excitation Wavelength (nm) | Spectral Range (cm-1) |
| RPB-532-1.5-FS | 532 | 150-6500 |
| Main Parameters | |
| Probe body size | 102mm×30mm×13mm |
| Front probe rod length | 45 mm |
| Fiber length (combiner section) | 115cm±2cm |
| Fiber length (splitter section) | 30cm±2cm |
| Laser interface | FC/PC |
| Spectrometer interface | SMA905 |
| Probe working distance | 7.5mm±1mm |
| Fiber core diameter | 105 µm (excitation), 200 µm (collection) |
| Combiner armoring | 8.5 mm plastic-coated double-clamped metal tube, 50N tension resistance |
| Operating temperature | Probe body: -20℃~80℃ |
| Operating humidity | 5%-80% |
Note: Above specifications are standard configurations. Customized versions are available upon request.
| Specification | Standard electrical-trigger probe | 90-degree right-angle probe | Probe without fiber |
| Model | RPB-532-1.5T-XX | RPB-532-1.5L-XX | RPB-532-N-XX |
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| Laser interface | FC/PC (customizable) | ||
| Spectrometer interface | SMA905 (customizable) | ||
| Working distance | 7.5mm (customizable) | ||
Model naming guide:
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Raman probe (RPB) Fluorescence probe (FPB) |
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Laser wavelength |
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(+L means right angle probe) (+T means setting the trigger mode) |
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(FC/PC, SMA905…) |
For example: RPB-532-1.5L-FS
RPB: Raman probe
532: Laser wavelength
1.5: Fiber length (1.5m)
L: Right-angle surface probe
F: FC (laser connector)
S: SMA905 (spectrometer connector)
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Applications
- Rapid food-safety screening
- Material inspection
- Illicit drug detection
- Biomedical analysis
- Chemical process monitoring
- Gemstone identification
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Raman Spectrum
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Test condition:
- Integration time: 300ms
- Laser power: 50mW
- Test sample: analytical pure ethanol placed in a 12.5mm×12.5×45mm cuvette.






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