Fourier transform infrared (FTIR) microscopes are used in conjunction with FTIR spectroscopy to allow visualization of a sample as an analysis of its components is being done. FTIR microscopes are used in manufacturing for quality control, failure analysis, and reverse engineering and is used in material, forensic, and environmental sciences for surface analysis. As the sample goes through the FTIR spectroscopy, it can be visualized using the microscope inside the spectrometer. The FTIR microscope allows analysis of much smaller samples than FTIR spectroscopy alone, but the sample size can still vary from one FTIR microscope to another. Others features that can differ include fully versus partially automatic and the ability to capture and store images or videos of the samples as the analysis occurs.
Find, compare, and request a quote for FTIR microscopes across leading suppliers at Labcompare; including access to product citations, related published figures, and first-hand reviews from our scientific community.
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Bruker Optics
- VIS, up to 20.000 cm-1 to FIR, down to 150 cm-1
- Inquire
- FT-IR Imaging by FPA: 0.5 to 11 µm/pixel
IR Laser Imaging : 0.2 to 4.9 µm/pixel
Bruker Optics
- 80 to 25,000 cm-1 (far-IR to VIS)
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- 1.1 um to 2.7 um (HYPERION 3000)
Shimadzu
- 4,000 cm-1 to 150 cm-1 (532 nm); 3,200 cm-1 to 150 cm-1 (785 nm)
- 30,000:1
- 100 µm square aperture, 8 cm-1 resolution, 2 min scan
Shimadzu
- Varies based on FTIR model used
- Inquire
- 2592 x1944
Thermo Fisher Scientific
- 7600-650 cm-1
- Better than 25,000:1 with cooled detector at
100 µm 2100–2000cm-1 - Inquire
Thermo Fisher Scientific
- 7600-650 cm-1 depending on detector
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- Inquire
Thermo Fisher Scientific
- 7,800 to 650 cm-1
- 15,000:1 minimum, 20,000:1 average (100 x 100 micron aperture, transmission mode)
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