FT/IR-8X is JASCO’s most advanced FTIR spectrometer to date with an excellent signal-to-noise ratio (55,000: 1) and the highest resolution (0.07 cm-1). The FT/IR-8X is a highly configurable optical system that applies to virtually any FTIR application, from simple Mid IR measurement to much more complex analysis in the near and far IR. Research-based measurements are easily performed using the FT/lR-8X spectrometers with options such as emission port optics, external detectors, full vacuum, and step scan.
The FT/IR-8X is JASCO’s most advanced FTIR spectrometer to date, with an excellent signal-to-noise ratio (55,000: 1) and the highest resolution (0.07 cm-1).
The highly configurable optical system can be customized to virtually any FTIR application, from simple mid-IR measurement to much more complex analysis in the near and far IR. The 8X makes reliable measurements even for the most challenging applications with options such as emission port optics, external detectors, full vacuum, and step scan.
User-exchangeable components combined with full automation make it possible to perform spectral measurements from 25,000 cm-1 to less than 20 cm-1 without touching the system.
The standard spectrometer uses a Ge/KBr beam-splitter with KRS-5 windows and a DLaTGS detector (also with KRS-5 window) for a spectral range of 7,800 to 350 cm-1. There is a wide range of options to select part or all of the spectral range from 25,000 to 20 cm-1, including a fully automated beam-splitter and window exchange for unattended operation. With the widest choice of optical materials, a wide spectral range can be covered using a minimum number of components, including a combination of new broad-band beam splitters, window, and detector materials covering the mid-IR to far-IR
A multi-zone N2 purge system is included as standard to minimise the interference from environmental gases and vapors (CO2 and H20 elimination algorithms are also included). The interferometer, sample chamber, and detector areas can all be independently evacuated in a full or partial vacuum instrument (useful for fast sample loading) to eliminate CO2 and H20 for the most sensitive sample measurements, and as the moving mirror does not rely on an air-bearing, the vacuum can easily be maintained.
The FT/IR-8X has several options for optical ports with a range of window materials for the measurement of external sources of light and black body devices. A collimated beam can be brought out of the instrument for measurement in external sample compartments.
Rapid Scan offers a spectral collection of up to 40 Hz. Step scan (option for the FT/IR-8X) coupled with matching high-speed pv-MCT detectors offers two different spectral collection rates at either 1 millisecond (1,000 Hz) or 10 nanoseconds (100 MHz) using Amplitude or Phase modulation and Time-Resolved with photo-acoustic detection.
The FT/IR-8X is controlled by Spectra Manager™ cross-platform software. Spectra Manager™ includes Spectra measurement, Quick-Start, spectral comparison, and quantitative analysis as standard functions. Library search and analysis with KnowItAll Informatics JASCO Edition.
The sample measurement screen can be customised according to user requirements, and the customized screen and parameters can be saved for future use (User Adaptive Software capability).
Advanced Measurement Screen of Spectra Manager™
Measurement parameters and data acquisition/spectral processing sequence are displayed.
Data analysis results, such as spectral comparison and sample quantification, are displayed and readily available.
A real-time data processing function can be used to verify the current spectrum during measurements. Spectra stored in thumbnails can also be overlaid with the current spectrum during sample measurements.
Target peak and functional group information can be easily checked using the zoom function.
The measured spectra can be stored as thumbnails within the thumbnail window. The thumbnails can be individually selected and viewed in Spectra view.
Before the start of sample measurement, the data processing procedures can be verified by checking the results of real-time data processing in a preview window.