This is our best selling micro Raman instrument. The Nanobase XperRAM S Series is built with a versatile set of transmission spectrometer and high performance detector that provides a high peak efficiency for a wide range of wavelengths covering 405, 532, 633, and 785 nm (1064 nm also available through customization).
Not only that, XperRAM S Series also offers the widest scanning experience in the market with 200 µm x 200 µm scanning area on 40X objective.
The modular concept of the product enables easy customization such as system modification and system integration with other instruments.
Download 2022 Nanobase Raman Spectroscopy Imaging/Analysis Instruments Brochure here.
What XperRAM S 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.
Why XperRAM S Series can step up your Raman game
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 S Series (XPE200) coupled with an OEM CCD by ANDOR is also designed for a high efficiency.
Wider and faster 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.
Easy customization & System flexibility
XperRAM S Series is a flexible modular system that is convenient for both beginners to experienced power users.
The system flexibility of XperRAM S Series is the reason why we can make your Raman dreams come true. For a complete Raman customization guide, check this out.
What XperRAM S Series is made of
Microscope: Upright microscope or inverted microscope
Objectives:
- Default : 40X
- Optional : 10X, 20X, 50X, 100X, Long WD 40X
System platform
- Main body of the instrument
Spectrometer (XPE 200)
- f/5 input aperture ratio
- 200 mm focal length
- Grating options : 300 lpmm, 600 lpmm, 1200 lpmm, 1800 lpmm, 2400 lpmm
Laser scanning module
- If scanning not required, replaced by point measuring module
Detector
- 2000 x 256 active pixels
- 15 µm x 15 µm pixel size
- Back-illuminated, deep-deletion with anti-fringing
Raman lasers and filter sets
- Optional : 405 nm, 532 nm, LF 532 nm, 633 nm, 785 nm, 1064 nm (via customization)
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)
Features
- Confocal/3D Raman imaging and analysis
- Fast 2D scanning
- Bright field microscopic imaging
- Up to three laser/filter selections
- Interchangeable and rotatable VPH grating selections
- Photoluminescence (PL)
- Electroluminescence (EL)
Components
- Scanner module
- Microscope
- Raman body
- Spectrometer
- Laser/filter set
- NanoSpectrum analysis software
Applications
- Material science
- Life science
- Pharmaceuticals / cosmetics
- Semiconductors
- Geology
- Carbon materials