The performance and functions expected on a micro-Raman spectrometer are all provided with the NRS-5500/7500 Raman spectrometers, assuring consistent performance for rapid acquisition of high quality data with automated system control and minimal optical adjustments.
For application expansion, an automated multi-grating turret, up to 2 detectors and a maximum of 8 lasers ranging from the UV through the NIR are capable of integration with the instrument system, all optical components are PC controlled for maximum flexibility with minimum user interaction.
Feature of NRS-5500/7500
Exceptional performance
- High confocal performance – DSF –
- Low wavenumber measurement
Reliable mechanical design
- Laser adjustment and optimization
- Automatic grating switching mechanism
- Rigid honeycomb optical base for stable measurement
- User friendly and safety sample chamber with wide clearance and electric door
Raman measurement without complicated operation – IQ Raman NAV –
- Autofocus – Focus NAV –
- Automatic brightness adjustment when switching objective lenses – View NAV –
- Automatic recognition of measurement position in real time – Search NAV –
- Narrow down the measurement points by shape and color – Advanced Search NAV –
- Simultaneous measurement and component analysis – Advanced Search NAV –
Various observation functions
- Darkfield observation and MIX observation for clearer observation of colors
- Transmitted illumination
- Differential interference observation
- Polarized light observation – Reflection
- Polarized light observation – Transmission
Capturing a sample with “2D” and “3D”
- High-speed imaging – QRI
- Laser scanning imaging –SPRIntS
- Surface Imaging – SSI
- 3D imaging
Data analysis with simple operation
- Analysis Wizard
- KnowItAll data search software
- Statistical analysis with JASCO Particle Analysis
Automatic assistance for measurement
preparation
- Automatic switching of optical system, Auto-Alignment
- User advice function
Same points measurement with ease – IQ Frame –
- Reload measurement
- Sample rotation
- Combining analysis using Raman spectroscopy with other spectroscopic techniques