StellarNet Raman Spectrometers

Raman Spectrometers

Standard Raman wavelengths include 532, 785, and 1064 nm, with additional options such as 405, 633, 637, 648, and 830 nm. The Quasar Spectrometer features a high-throughput f/2 optical design that boosts photon collection by over 10×, enabling faster measurements, lower noise, and improved detection limits. The HYPER-Nova, part of the StellarElite series, delivers high-performance spectroscopy in a compact form, utilizing Low Dark Current (LDC) technology and a vacuum-sealed CCD cooled to –60 °C for up to 95% quantum efficiency, making it ideal for Raman and low-light applications. For OCT, the Mercury-OCT Spectrometer Engine provides fast scanning speeds, broad spectral range, and cost-effective performance, with configurations like the Mercury-OCT-500 and 800 for different imaging needs. Wavelength Opto-Electronic is the partner of StellarNet brand of spectrometers for Southeast Asia.

Raman-HR, Resolution & TEC

Raman Spectrometer ModelLaser Wavelength (nm)Wavelength Range (cm-1)Resolution (cm-1)Integrated 1-Stage TE CoolerTEC-X2 Option Available
Raman-HR-TEC-405405200-5,0509YesYes
Raman-ER-TEC-405405200-8,25015YesYes
Raman-HR-TEC-532532200-3,1005YesYes
Raman-ER-TEC-532532200-5,2509YesYes
Raman-HR-TEC-633633200-3,9006YesYes
Raman-HR-TEC-785785200-2,7504YesYes
Raman-SR-785785200-3,2008NoNo
Raman-HR-TEC-830830200-2,4004YesYes
Raman-HR-TEC-10641064200-2,25011NoIncluded

Quasar Raman

Quasar Raman SpectrometerWavelength Range
(cm-1)
10x Optical GainResolution (cm-1)Detector Cooler Package
~°C Below Ambient
Quasar-532200-4,500Yes9TEC-1,15°C
Quasar-532-TEC-X2200-4,500Yes9TEC-X2, 30°C
Quasar-532-UC200-4,500Yes9UltraCool Vacuum, 80°C
Quasar-TEC-638200-4,040Yes8TEC-1,15°C
Quasar-TEC-638200-4,040Yes8TEC-X2, 30°C
Quasar-TEC-638200-4,040Yes8TEC-X2, 30°C
Quasar-TEC-785200-2,750Yes4TEC-1, 15°C
Quasar-TEC-785200-2,750Yes4TEC-X2, 30°C
Quasar-785-UC200-2,750Yes4UltraCool Vacuum, 80°C
Quasar-1064200-2,250Yes11TEC-X2, 30°C

HYPER-Nova

HYPER-Nova ModelWavelength RangeResolutionLDC Technology
HYPER-Nova-HR-532200-3,100 cm-15 cm-1Yes
HYPER-Nova-ER-532200-5,250 cm-19 cm-1Yes
HYPER-Nova-785200-2,750 cm-14 cm-1Yes
HYPER-Nova-UVIS300-1100 nm1 nmYes

Mercury-OCT

Mercury-OCT SpectrometerWavelength Range
(nm)
10x Optical Gain/High SpeedImaging Depth (mm)Resolution (nm)
Mercury-OCT-500515-660Yes10.1
Mercury-OCT-800790-940Yes20.1

Raman Spectrometers Information

Raman-HR,  Resolution & TEC

  • Compact and Research Grade Raman Systems for quick identification of a variety of liquid, solid, or powder samples
  • Raman Systems include a high performance Raman spectrometer, High power Laser, and Raman probe
  • SpectraWiz ID Raman Library with Save and Search functionality included FREE. Save your samples and then search for matches!
  • Microscope Accessory Pack available for micro Raman applications as well as affordable SERS strips for trace substance analysis

HYPER-Nova

  • HYPER-Nova-785 Spectrometers are our highest performance 785nm Raman spectrometers and include a low dark current, vacuum sealed, and deep cooled CCD array detector tuned for 785nm Raman.
  • HYPER-Nova-532 Spectrometers are our highest performance 532nm Raman spectrometers and include a low dark current, vacuum sealed, and deep cooled CCD array detector tuned for 532nm Raman.
  • HYPER-Nova-UVIS are our highest performance broad range spectrometers and include a low dark current, vacuum sealed, and deep cooled CCD array detector tuned for 300-1100nm
  • HYPER-Nova-BIDD Upgrade your HYPER-Nova to include back illumination and deep depletion technology for increased quantum efficiency up to 95%!
  • Interchangeable Slits Upgrades are included in all HYPER-Nova optical benches to allow more application flexibility.  High Scattering samples can be measured with the smallest slit for the highest resolution and weak Raman can be measured with a larger slit to allow for increased light throughput.

Quasar

  • Quasar-532 Spectrometers are our highest throughput 532nm Raman spectrometers and include an enhanced CCD array detector tuned for 532nm Raman with advanced detector lens assembly for sensitivity at long exposure times.
  • Quasar-532-TEC-X2 Spectrometers offer 2-stage detector cooling for ultimate sensitivity and performance! Great for long exposures up to 8 minutes.
  • Quasar-532-UltraCool  upgrade your Quasar with a deep-cooled HYPER-Nova detector to include a low dark current, vacuum sealed, and deep-cooled CCD array detector.
  • Quasar-638 Spectrometers are our highest throughput 638nm Raman spectrometers and include an enhanced CCD array detector tuned for 638nm Raman with advanced detector lens assembly for sensitivity at long exposure times.
  • Quasar-638-TEC-X2 Spectrometers offer 2-stage detector cooling for ultimate sensitivity and performance! Great for long exposures up to 8 minutes
  • Quasar-638-UltraCool  upgrade your Quasar with a deep-cooled HYPER-Nova detector to include a low dark current, vacuum sealed, and deep-cooled CCD array detector.
  • Quasar-785 Spectrometers are our highest throughput 785nm Raman spectrometers and include an enhanced CCD array detector tuned for 785nm Raman with advanced detector lens assembly for sensitivity at long exposure times.
  • Quasar-785-TEC-X2 Spectrometers offer 2-stage detector cooling for ultimate sensitivity and performance! Great for long exposures up to 8 minutes.
  • Quasar-785-UltraCool  Upgrade your Quasar with a deep-cooled HYPER-Nova detector to include a low dark current, vacuum-sealed, and deep-cooled CCD array detector.
  • Quasar-1064 Spectrometers are our highest throughput 1064nm Raman spectrometers and include an enhanced InGaAs array detector tuned for 1064nm Raman with advanced detector lens assembly for sensitivity at long exposure times.

Mercury-OCT

  • Mercury-OCT-500 Spectrometers offers high speed 130kHz scanning over the VIS spectral range (515-660nm) with 1mm imaging depth capability using 2048 high sensitivity CMOS detector.
  • Mercury-OCT-800 Spectrometer  offer high speed 130kHz scanning over the NIR spectral range (790-940nm) with 2mm imaging depth capability using 2048 high sensitivity CMOS detector.

Raman Spectrometers Knowledge Hub

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