NWS6500 Spectrometer

Description:

NWS6500 Spectrometer: Precision Spectroscopy for Demanding Applications

The NWS6500 series represents a new standard in miniature fiber-optic spectrometers, combining exceptional sensitivity and stability for a wide range of demanding analytical and research applications. Featuring a low stray light optical bench, low-noise electronics, and a high quantum efficiency back-illuminated CCD detector, the NWS6500 delivers superior performance across the UV-Vis-NIR spectrum.

Its deep-cooled CCD, capable of thermoelectric cooling up to 40°C below ambient, significantly reduces dark current and thermal noise, enabling extended integration times and improved detection limits. This makes the NWS6500 ideal for low-light level applications and environments with fluctuating temperatures.

Key Features & Benefits:

High Signal-to-Noise Ratio (SNR): Ensures accurate and reproducible measurements, even for weak signals.
Deep-Cooled CCD Detector: Minimizes thermal noise, enabling longer integration times and enhanced sensitivity.
Back-Illuminated CCD: Maximizes light collection efficiency, providing superior sensitivity across the spectral range.
Enhanced UV Response: Extends spectral coverage into the UV region for a broader range of applications.
Low Stray Light Optical Design: Reduces background noise, improving accuracy in complex spectral environments.
Compact and Robust Design: Provides portability and reliable performance in both laboratory and field settings.
Versatile Software Suite: Offers comprehensive tools for data acquisition, processing, analysis, and instrument control.

Resolution:

Typical Applications:

Fluorescence Spectroscopy: High-sensitivity detection and quantification of fluorophores in diverse samples.
Raman Spectroscopy: Molecular fingerprinting for material identification, structural analysis, and chemical process monitoring.
Microscopy Spectroscopy: Spectral characterization of microscopic features in materials and biological samples.
Astronomy: Low-light level detection and spectral analysis of celestial objects.
Environmental Monitoring: Detection and quantification of pollutants in water, air, and soil.
Materials Science: Characterization of optical properties, thin film analysis, and material composition determination.
General Spectroscopy: A versatile platform for absorbance, transmission, reflection, and emission measurements in a wide variety of laboratory applications.