ProRaman-L High Performance Raman Spectrometer
Description:
The ProRaman-L features a high sensitivity CCD spectrograph with CCD cooling temperature to -60º C. It features high-throughput laboratory fiber optics probes. Each ProRaman-L system includes a notebook computer pre-loaded with RamanReader software for operation. The excitation laser is available at 532 nm and 785 nm.
ProRaman-L instruments are ideal for demanding Raman analysis in academic, research, industrial laboratories and process line requiring an affordable, high performance Raman instrument.
Use the table below to select the right ProRaman-L spectrometer model for your unique application or research needs.
| Model | Laser | Wavelength Range | Laser Power | Average Spectral Resolution | Detector Temperature |
|---|---|---|---|---|---|
| PRO-L-7B1S | 785 nm | 100-3300 cm-1 | 0-350 mW | 7 cm-1 | -60 deg C |
| PRO-L-7A2S | 785 nm | 250-2350 cm-1 | 0-350 mW | 6 cm-1 | -60 deg C |
| PRO-L-7A1S | 785 nm | 100-2200 cm-1 | 0-350 mW | 6 cm-1 | -60 deg C |
| PRO-L-7A3H | 785 nm | 250-1800 cm-1 | 0-350 mW | 4 cm-1 | -60 deg C |
| PRO-L-5B1S | 532 nm | 100-3100 cm-1 | 0-50mW | 7 cm-1 | -60 deg C |
| PRO-L-5C1X | 532 nm | 100-4000 cm-1 | 0-50mW | 10 cm-1 | -60 deg C |
| PRO-L-DUAL | 785nm and 532 nm | 250-2350 cm-1 and 100-3100 cm-1 | 0-350 mW, 0-50mW | 6 cm-1, 7 cm-1 | -60 deg C |
- Best signal-to-noise characteristics of any laboratory Raman instrument
- Accurate, fast, repeatable Raman measurements
- High-sensitivity Raman system for laboratory & chemical process monitoring
- HRP-8 high-throughput laboratory probe ( O.D. > 8 )
- Best performance/cost ratio
- Compact, reliable and easy-to-use
- On-line process control, including PAT measurement opportunities: structural determination, polymorphic forms, hydrogenation, aqueous solution measurement, phase transformation and reaction monitoring
- Drug and pharmaceutical product manufacturing, including lyophilization, fermentation, drug distribution in products such as dermal patches, formulation, blending, and head space analysis
- Chemical industry: polymerization and synthesis progress
- Geological, mineral and gemstone ID, pharmaceutical, carbon nanotubes and graphene production
- Biology
- Solar cells
- Paper and pulp
- Many more potential uses and applications
- Sample Holder for Measure liquid samples in vials or cuvette
- Probe Holder-XYZ Precision Stage for fine adjustment of sample measurements
- Pre-Aligned Lens Tube for measurement on contact for solid samples
- Lens Tube WD3- Lens tube working distance 3mm ; NA = 0.55
- Lens Tube WD10 – Lens tube working distance 10mm ; NA = 0.25
- MVW µV-785 µViewer Converter with 1.3M Pixel CMOS Viewing Camera and in-line LED lighting
- Large Beam Spot Lens Tube with spacer