Research-Oriented Raman Spectrometer
A versatile research-grade Raman spectrometer with 532 nm excitation, high spectral resolution, and flexible configurations for laboratory and on-site chemical analysis.
Key Features:
✔️532 nm laser with adjustable power for accurate Raman measurements
✔️Spectral range 150–4000 cm⁻¹ with resolution up to 3 cm⁻¹
✔️Detects weak Raman signals with high sensitivity
✔️Fiber-optic probe for flexible on-site measurements
✔️Optional microscope and motorized stage for mapping and imaging
✔️Compatible with enhancement reagents for diverse sample analysis
✔️Customizable configurations to suit research needs
✔️Lightweight and stable design for laboratory and field use
Research-Oriented Raman Spectrometer
Research-Oriented Raman Spectrometer employs a 532nm laser excitation source with 100mW output power adjustable from 0 to 100 percent continuously. Spectral range extends from 150 to 4000 cm⁻¹ depending on detector configuration, with resolution reaching 3 cm⁻¹ at 614nm using TE-cooled back-thinned CCD arrays. The system offers five detector options: uncooled linear CMOS, TE-refrigerated CCD at 10°C, TE-cooled area CCD at -20°C, and back-thinned variants at -25°C and -2°C. Laser lifespan exceeds 5000 hours with fiber-optic coupling enabling flexible probe positioning for measurement access.
Multiple configuration options accommodate diverse applications through customizable detector and cooling selections. Optional microscope integration supports 5×, 10×, 20×, and 50× flat-field infinity objective lenses for micro-imaging and motorized stage mapping functions. Communication interfaces include USB, WiFi, and built-in VGA for data acquisition and instrument control. The unit weighs 9 kg with storage temperature tolerance from -10°C to 60°C. Enhanced reagent compatibility allows structural analysis of complex samples requiring signal amplification techniques.
Material science laboratories deploy the Research-Oriented Raman Spectrometer for graphene synthesis monitoring and carbon nanomaterial characterization. Pharmaceutical quality control departments perform raw material screening and active ingredient verification during production. Biomedical research facilities analyze protein structures and cellular components for diagnostic development. In vitro diagnostic companies validate test reagent compositions and stability. Forensic laboratories identify unknown substances through spectral library comparison during criminal investigations.
Tactical Supply Pakistan provides this configurable spectroscopy system to research institutions and industrial facilities requiring adaptable Raman analysis capabilities with OEM customization and secondary development support.
What advantage does the 532nm wavelength offer for research applications?
The 532nm green laser provides strong Raman scattering efficiency across organic and inorganic compounds while remaining compatible with standard optical components and conventional CCD detectors for cost-effective system configurations.
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