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Portable Raman Spectrometer
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Product Code: ATR3110DC
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application
ATR3110DC portable Raman spectrometer is a high-sensitivity Raman spectrometer. It adopts ultra-low temperature cooling (-70°C), high-sensitivity area array CCD, which makes the instrument have good environmental adaptability and is suitable for long integration time. ATR3110DC adopts fiber optic probe, which makes it very easy to use, very suitable for laboratory scientific research. Remarkable reliability makes the detection results accurate and reliable. The excellent low stray light design makes ATR3110DC suitable for use in complex environments. The spectrometer has a wide range of applications, especially in scientific research, food safety, pharmaceutical engineering, etc.

The multi-functional software that ATR3110DC is randomly distributed has undergone nearly a hundred versions of updates after rigorous testing by hundreds of scientists around the world and their suggestions for improvement.

atr3110-dc
Weight 14.5 Kg
Dimension(L*W*H) 45×33×13.2 cm
Detector
Detection range 200~1100nm
Detector cooling temperature -70°C
Maximum quantum efficiency QE>85%, 6.5 μV/e-
Type Ultra-low temperature refrigeration, ultra-high sensitivity area array CCD
Effective pixels 2048*64pixels
Dynamic range 50000:1
Full well capacity 300 Ke
Optical parameter
Optical system F/4CT cross symmetrical optical path
SNR >8000:1 (918 cm-1of Acetonitrile,10s accumulation, 200mW)
Raman Instrument
Spectral intensity change <±5% (in 5 ~ 40℃)
raman spectrometer
Spectral Stability σ/μ < 0.5%(COT 8 hours)
Temperature Stability Spectral shift≤1cm(10-40℃)
Raman Spectrometer System Parameters
Interface USB 2.0
Optosky Electrical Parameters
Voltage DC 12V±5%
Raman probe
Numerical Aperture 0.3
Operating Distance(OD) OD>8
Aperture 7mm
Working distance 6 mm
Electrical parameter
Working humidity < 90%
Integration time 8ms~1.3hours
Operating temperature -10~45℃
  • Ultra-low temperature refrigeration, ultra-high sensitivity detector
  • Sensor cooled to -70°C
  • Detachable fiber optic probe design, very easy to use
  • Ultra Low Noise Circuit
  • Powerful PC-side spectral analysis software
  • Peak search and display
  • Friendly man-machine interface
  • Nanoparticles and New Materials
  • Research institutes
  • Biology
  • Forensic identification
  • Material science
  • Medical immunoassay
  • Agriculture and Food Identification
  • Gem and Inorganic Mineral Identification
  • Environmental science

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