Quasar UltraCool Raman-Spectrometer

Description

Quasar UltraCool: High-Performance, Compact Spectrometer with Ultra-Low Noise

Researchers seeking exceptional low-light performance can rejoice with the introduction of the Quasar UltraCool spectrometer. This innovative instrument combines the power of our high-throughput Quasar optics with cutting-edge Low Dark Current (LDC) detector technology. This unique combination delivers a remarkable 10x optical gain, resulting in significantly lower background noise compared to traditional spectrometers.

Key Features:

• Ultra-Low Noise:

  Achieve superior sensitivity with minimal background interference thanks to the LDC detector and deep-cooled CCD technology.

• Enhanced Speed:

  Quasar's high-throughput optics provide 10x faster acquisition times, ideal for dynamic measurements.

• Precision and Repeatability:

  The Quasar UltraCool delivers exceptional data quality with unmatched precision and repeatability.

• Compact Design:

  This high-performance spectrometer boasts a remarkably compact form factor, perfect for space-constrained labs.

• Raman Spectroscopy Ready:

  The Quasar UltraCool is specifically designed for Raman spectroscopy, with additional configurations available for various applications.

• Wide Wavelength Range:

  Multiple wavelength configurations cater to diverse research needs, including astronomy and low-light studies.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.

Applications:

• Raman Spectroscopy
• Low-Light Fluorescence Analysis
• Chemiluminescence Measurements
• Astronomy & Astrophysics
• Material Characterization
• Biophotonics Research

Upgrade Your Quasar UltraCool:

For even greater sensitivity, consider the Quasar-UltraCool -BIDD upgrade. This option incorporates back-illumination and deep depletion technology, boosting quantum efficiency to an impressive 95%.