The Arcoptix FTIR-FC (Fiber-Coupling) is a variant of our FTIR Rocket spectrometer especially designed for operation with mid-IR optical fiber probes. It is a plug-and-play instrument including an IR source, high-stability interferometer, IR detector and SMA fiber couplers. The instrument was especially developed with process-monitoring applications in mind, using for example fibered ATR probes or other fibred sensing probes.
|Spectral Range [1/cm]||5000-800||5000-625|
|Spectral Range [μm]||
MCT, 4-TE cooled
|MCT, liquid nitrogen cooled|
|Detector D* [cm Hz1/2W-1]||>2.5E9||>3E10|
|Interferometer type||Permanently aligned, double retro-reflector design|
|Resolution (unapodized) [cm-1]|
1 spectrum / second
|Reference laser||Temperature-stabilized solid-state laser @850nm|
|Integrated light source||20W SiC globar with electronic stabilization|
|Fiber optic interfaces||SMA 905 connectors, fiber core up to Ø 1mm, NA=0.3|
|2 connectors for 4mm OD tubes||2 connectors for 4mm OD tubes|
|Power requirement||12V / 30W|
|Communication Interface||USB 2.0|
|Software Interface||Windows 7/10 API for controlling the instrument via our DLL|
The FTIR Rocket is delivered with a free Windows 7 and Windows 10 compatible graphical user interface (GUI) program.
The free basic software package allows the user to:
- Configure hardware measurement parameters (aplifier gain, averaging, ...)
- Display real-time spectral measurement results
- Set reference spectra (white, dark) and choose among raw spectra, transmission or reflection mode
- Usual features such as save, open, zoom, rescale...
- Some specific features related to Fourier transform spectrometry: choose among spectrum or interferogram averaging, apodization, look and save the interferograms, etc.
The FTIR Rocket is also delivered with a free API that allows you to control the spectrometer with custom code via our DLLs. Examples are available for the following langauges:
contains a set of standard manipulation operations used in spectroscopy, like normalization, derivative, baseline correction, peak picking and more. In addition some special operations are available, like multiplicative scatter correction, thickness correction or standard normal variate correction and others.
is a highly sophisticated IR spectrum interpretation tool. Based on an IR spectrum it provides you with automatic results for IR bands to functional group correlations and their characteristic frequencies. Furthermore it is a comprehensive electronic dictionary to browse frequiencies for correlated IR bands.