Quasar Spectrometer: High-Throughput Raman Spectrometer

Description

Unleash the Power of Raman Spectroscopy with Quasar Spectrometers

Innovating Raman spectroscopy with cutting-edge technology, Quasar spectrometers redefine performance expectations. These spectrometers boast a revolutionary f/2 optical design, delivering a remarkable 10x increase in photon collection efficiency. This translates to significantly faster Raman measurements, minimized noise levels, and substantially improved detection limits – all crucial factors for successful research endeavors.

Key Features:

• 10x Higher Throughput:

  The revolutionary f/2 optical design gathers 10x more light compared to conventional Raman spectrometers, enabling faster acquisition times and superior signal quality.

• Enhanced Sensitivity:

  Achieve exceptional sensitivity with advanced CCD array detectors, optimized for specific excitation wavelengths (785nm or 532nm).

• Ultra-Low Noise Performance:

  Quasar spectrometers feature optional TEC cooling and UltraCool deep-cooling technology, dramatically reducing noise levels for extended exposure applications.

• Wide Range of Applications:

  Quasar spectrometers cater to diverse Raman spectroscopy applications across various fields, including material research, pharmaceutical analysis, biomedical engineering, and more.

• User-Friendly Software:

  The intuitive SpectraWiz software simplifies data acquisition, analysis, and reporting, while offering compatibility with popular spectroscopy software packages.

Applications:

• Material characterization and identification
• Pharmaceutical analysis and quality control
• Biomedical research and diagnostics
• Chemical reaction monitoring
• Catalysis research
• Forensic analysis
• Gemology
• Nanotechnology research

Model Selection:

Quasar spectrometers are available in various configurations to suit your specific needs. Choose between 785nm and 532nm excitation wavelengths, and explore optional TEC cooling and UltraCool deep-cooling upgrades for enhanced sensitivity in low-light or long-exposure applications.