An FTIR (Fourier Transform Infrared) microscope combines optical microscopy with infrared spectroscopy to identify the chemical composition of microscopic samples (down to ~10–20 μm). It measures infrared absorption to generate a chemical fingerprint for rapid identification and mapping.
Experience precision and versatility with our advanced microscope, designed with a user-friendly touch panel and a dedicated sample compartment. Effortlessly switch between transmittance, reflectance, and ATR measurement modes, and achieve high-resolution results using 8x or 12x ATR Cassegrain objectives—offering spatial resolutions down to 20 µm. Monitor sample contact in real time with a built-in pressure sensor and take advantage of a flexible incidence angle range of 40–53°. Choose from premium ATR objectives including ZnSe, Ge, or Diamond to suit your application. Optional accessories such as a purge case, demountable liquid cell, and DRIFTS sample holder further enhance your analytical capabilities.
Discover cutting-edge performance and automation with the IRT-5X, JASCO’s most advanced FTIR microscope, engineered for high-resolution imaging, intuitive operation, and powerful mapping capabilities. Equipped with a 5M pixel camera, automated XYZ stage, condenser objective slide-in mechanism, and IQ Mapping technology, it enables precise measurement in transmission, reflection, and ATR modes—without even moving the sample. The IRT-5X offers seamless switching between multiple Cassegrain and ATR objectives, smart software controls for navigation and particle analysis, and an optional IQ Duo MCT detector for enhanced flexibility. Whether analyzing microplastics, contaminants, or complex multi-layered samples, the IRT-5X delivers unmatched accuracy, sensitivity, and an intuitive interface.
The IRT-7X sets a new benchmark in FTIR microscopy, building on the proven performance of our previous generation of FTIR microscopes with enhanced imaging quality and expanded automation. A 5M pixel camera, combined with an improved optical system and electrical iris mechanism, delivers exceptionally clear, high-quality observation images. Dual detector support, including a linear array detector for faster mapping, enables rapid and efficient chemical imaging. An XYZ auto-stage with auto-focus and newly designed measurement software further improve analytical efficiency and workflow automation. With reflection measurement for samples up to 40 mm thick, a condenser objective slide-in mechanism, and a wide range of observation options, the IRT-7X provides the speed, precision, and flexibility required for advanced materials analysis and foreign particle identification.
Compare key features across JASCO FTIR microscope models to quickly identify the best fit for your application and performance needs.
| Feature | IRT-1000X | IRT-5X | IRT-7X |
|---|---|---|---|
| Best For | Routine analysis | Versatile workflows | Advanced imaging and research |
| Detector Options | DTGS | MCT, optional TGS | Single point MCT and linear array MCT |
| Spatial Resolution | Standard | High | Ultra-high (imaging and optimized) |
| Mapping Capability | Limited | Automated mapping | High-speed, high-resolution imaging |
| Mapping Speed | Manual / low throughput | Moderate | Fast, high-throughput imaging |
| Stage Type | Manual stage | Motorized stage | High-precision motorized stage |
| Stage Travel Range | Basic | Extended | Extended, high-precision |
| Objective Positions | Fixed / limited | Multiple positions | Multiple positions, advanced optics |
| Measurement Modes | Transmission, reflection, ATR | Transmission, reflection, ATR | Transmission, reflection, ATR (advanced) |
| Camera | Standard observation | Integrated digital camera | High-resolution digital camera |
| Automation Features | Minimal | Automated mapping and positioning | Advanced automation & imaging workflows |
| Software Capabilities | Basic analysis | Mapping and analysis tools | Advanced imaging, mapping, and data analysis |
| Upgrade Path | Entry-level system | Expandable configuration | Fully configurable, research-grade |
Observation View (before contact)
View of the Measurement Position (after contact)
Use the guide below to quickly identify the best FTIR (Fourier Transform Infrared) microscope for your application, throughput needs, and budget.
| Model | Best For | Key Strengths | Ideal Applications | Budget Tier |
|---|---|---|---|---|
| IRT-1000X | Routine analysis, basic workflows | Compact, easy to use, cost-effective | QA/QC, teaching labs, standard materials testing | Entry-level |
| IRT-5X | Balanced performance and flexibility | Automation options, mapping capabilities, versatile configurations | Microplastics, polymers, pharmaceuticals, failure analysis | Mid-range |
| IRT-7X | Advanced imaging and research | High-resolution imaging, fast mapping, premium performance | Microplastics, contaminants, advanced materials research | High-end |
| If you need... | Recommended Model |
|---|---|
| Basic identification and routine measurements | IRT-1000X |
| A balance of performance, automation, and cost | IRT-5X |
| High-resolution imaging and fast mapping | IRT-7X |
| Analysis of very small or complex samples | IRT-7X |
| Occasional mapping with flexibility | IRT-5X |
| Budget-conscious option | IRT-1000X |
FTIR microscope configurations can vary based on your exact application, detector needs, and workflow.
Request a quote to get a customized recommendation tailored to your lab.
Spectra Manager™ is a cross-platform suite of molecular spectroscopy software for designing experimental methods, acquiring data, and processing results. This comprehensive package for controlling the entire range of molecular spectroscopy instrumentation eliminates the need for multiple software packages. Use the Folder function to find files by folder directory or use the Search function to find files within a folder directory using search terms such as keywords, username, date created, or instrument type.
The IR Microscope Measurement program has five principal functions: Observation, Navigation, Imaging, Mapping, and Analysis. Navigate samples by double-clicking with the cursor, clicking and dragging the arrow cursor, using the joystick, select a thumbnail, select from the sub-map display, or using the multi-window display. Samples can be viewed as a single field image or a multi field composite image, which uses a matrix collected from multiple single field images taken automatically with the XYZ stage. IQ Monitor surveys the sample spectroscopically assessing measurement points, which can then be registered for automatic measurement with IQ Mapping. Acquired spectra, together with a functional group mapping, can be displayed in real-time. The spectral data and optical images are saved together in a single file, which can then be opened in the IR Microscope Analysis software for further analysis.
The Spectra Manager™ Micro Imaging Analysis program has many data processing functions for spectral analysis, as well as tools for creating and viewing chemical images. The user can easily create a chemical image from a spectrum using the peak height/area/FWHM etc. to identify and visualize the distribution of functional groups.
FTIR stands for Fourier Transform Infrared, a spectroscopy technique used to identify materials by measuring how they absorb infrared light.
FTIR refers to a spectroscopy technique called Fourier Transform Infrared. The instrument used is an FTIR spectrometer, which measures how materials absorb infrared light. While sometimes compared to spectrophotometers, FTIR systems are more accurately described as spectrometers because they collect and analyze a full infrared spectrum using interferometry.
Yes. Pair FTIR microscopy with Raman for complementary functional group and structural information, or with NIR for rapid tablet imaging. JASCO systems and software facilitate multi-tech workflows by sharing data and libraries for cross-validation.
Spectra Manager offers user access control, audit trails, and electronic records features. 21 CFR Part 11–ready options and validation documentation (IQ/OQ/PQ) are available to support regulated labs.
