ARYELLE - Model 200 Series - Spectrometer

• Compact and very stable
• High resolution (7000-15000)
• Large simultaneous wavelength range
• Can be combined with different detectors (CCD, EMCCD, ICCD, CMOS)
• Up to 30 spectra per second
• Easily configurable dispersion unit

ARYELLE 200
* Unit price in Germany net from 35,000.- € / international from 42,000.- €

Compact and inexpensive high-resolution echelle spectrometer for the material/elemental analysis with LIBS and Raman spectroscopy in industrial applications.

It is characterized by high sensitivity and high imaging quality. The dispersion unit with grating and prism can be easily configured for different applications. Application fields of the ARYELLE 200 are the material and elemental analysis by means of laser-induced breakdown (LIBS) or Raman spectroscopy. Due to its compact design it is well suited for the industrial process control, e.g. in the steel, glass and ceramics industry or in pharmaceutics, chemistry and environmental analytics. ARYELLE 200 is a cost-efficient echelle spectrometer with fibre coupling for different CCD-, EMCCD und ICCD image detectors.

Spectrometer concept

The ARYELLE 200 has a focal length of 200 mm and an aperture of f/10.
Depending on the required simultaneously detectable wavelength range, it is possible to measure spectra from the UV up to the NIR with a spectral resolving power of 7,000 to 15,000 (at a slit width of 40 µm). The maximum sensitive area that can be used for detection is 20 mm x 20 mm. Thus most CCD and ICCD cameras of different suppliers can be used.

The internal shutter and the integrated mercury lamp for the automatic recalibration of the spectrometer as well as the intuitive software allow a comfortable operation of the spectrometer.

Software

The controlling and evaluation software Sophi for ARYELLE controls all spectrometer and detector functions. A two-dimensional spectrum is extracted from the detector raw data which is automatically analyzed with an integrated data base. The spectral lines are assigned to the corresponding elements and specified. Quantitative analysis algorithms are integrated as well. For a quantitative evaluation, a calibration with comparable samples is necessary.

The integrated script language enables the automation of sophisticated or repeated measuring tasks. For spatially resolved measurements, an optional XYZ-table can be integrated in the script.

The optional SDK/LabView allows the complete access to all spectrometer functions and the incorporation into in-house software applications.