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XperRAM C Series

  • Micro Raman instrument
  • Raman, PL, EL
  • Only one laser equipped
  • Over 90% peak efficiency
  • 200 x 200 μm scanning area on 40X objective
  • Compact and budget friendly

XperRAM C Series is by far one of the most compact, budget friendly micro Raman instrument products in the market, but don’t judge a book by its cover as XperRAM C Series gives you the same high performance our high end Raman instruments offer.

As it is built with the same laser scanning module as for XperRF or XperRAM S Series, XperRAM C Series offers the widest scanning experience in the market with 200 µm x 200 µm scanning area on 40X objective.

With XperRAM C Series, you can only have one laser equipped (usually 532 nm laser), but the quantum efficiency goes maximum (almost 80% at 532 nm wavelength) with our custom-made detector and spectrometer, so acquisition of precise Raman data
is guaranteed with XperRAM C Series.

What XperRAM C Series can do for you

  • Raman spectrum acquisition
  • Raman map image acquisition
  • Photoluminescence (PL) data acquisition
  • Electroluminescence (EL) data acquisition
  • There is a broad range of applications where you can utilize data of Raman, PL, and EL – from battery research to 2D material evaluation to pharmaceutical quality control. If you would like to consult about how Raman data can make a contribution to your research, we are just one message away!

Why XperRAM C Series is the best value for your next Raman instrument

High Raman peak efficiency = Precise Raman data

  • Not like most Raman manufacturers, we have adopted transmission grating in a Raman spectrometer to boost efficiency to over 90%.
  • The spectrometer for XperRAM C Series (XPE35) coupled with an OEM detector by Atik Cameras is also designed for a high efficiency. XperRAM C Series works the best with 532 nm laser excitation.

 Wider and faser laser scanning

  • Our realization of wide, fast laser scanning capability using a single Galvo mirror maximizes even our scanning efficiency and helps you see a bigger picture of your Raman data.

  • Why laser scanning? It reduces production cost yet maintains excellent performance.

Check out the below video for the actual mapping process of XperRAM S Series. Please note that the exact same laser scanning module for XperRAM S Series is on XperRAM C Series.

What Xper RAM S Series is made of

  • Microscope
    • Upright microscope or inverted microscope
  • Objectives
    • Default: 40x
    • Optional: 10x, 20x, 50x, 100x, Long WD 40X
  • Laser scanning module
    • If scanning not required, replaced by point meausuring module
  • Raman lasers and filter sets
    • Optional: 405 nm, 532 nm (recommended)
  • System platform
    • Main body of the instrument
  • Spectrometer (XPE 35)
    • f/5 input aperture ratio
    • 35 mm focal length
    • Grating options: 600 lpmm, 1200 lpmm, 1800 lpmm, 2400 lpmm
  • Detector
    • 1931 x 1451 active pixels
    • 4,54 µm x 4,54 µm pixel size
  • NanoSpectrum software suite
    • Spectrum data export format: .txt, .csv
    • Mapping data export format: .spm, .csv
    • Optional: Raman library and data identification software (to be launched soon)