FTIR Array Microscope

IRT-7000 Multi-channel array FTIR Microscope The IRT-7000 FT-IR multi-channel FTIR microscope offers two detectors as standard, a 16-channel linear array detector and a single-point MCT detector. The combination of the standard automatic sample stage and "IQ Mapping" function allows mapping analyses of a large sample area, multi-area ATR mapping, and IR imaging of a specific area with extremely high spatial resolution and excellent sensitivity in a short time. Imaging at four times the speed of other commercially available linear array systems Twice the signal-to-noise, in unit time, of other systems Capable of NIR and Mid-IR measurements with optimized detectors Dynamic imaging of samples with both conventional rapid scan and step-scan technologies IQ Mapping Full IR Imaging function Up to four objectives Wide area mapping and multi-ATR imaging  Multivariate analysis PCA  (Principal Component Analysis) (standard)   FT-IR Micro-area Analysis: IQ Mapping™ JASCO's new FT-IR microscope systems feature an innovative capability for sample analysis, "IQ Mapping". This function enables automated multi-point mapping, line mapping and IR Imaging analyses of a microscopic area with a manual sample stage and a single element detector. The microscope system automatically scans the specified points or area, rapidly collecting a full spectrum of each point without moving the sample stage. The IQ Mapping function can provide a measurement of a maximum area of 400 μm square using the 16× cassegrain objective. The combination of IQ Mapping with the automated XYZ stage provides a wide area analysis capability. Expandability A wide range of optional accessories is available. The microscope system can be optimized for sample application requirements. 5.7 inch TFT color display or Binocular Wavelength extension options ATR objectives and pressure sensor Grazing angle objective and IR polarizer Sample purge and vacuum options Sample observation options (Visible polarizer, Fluorescence observation, Refractive objectives (10x, 20x), etc.)