Thermo Scientific™ Nicolet™ RaptIRX FTIR Microscope
Investigate microscopic materials with the Thermo Scientific Nicolet RaptIR X FTIR Microscope, which combines research-grade FTIR microscopy with intuitive workflows and flexible configurations to help users identify materials, characterize microscopic features, and support applications ranging from quality assurance and failure analysis to advanced materials research.
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The Thermo Scientific Nicolet RaptIR X FTIR Microscope is a flexible FTIR microscopy platform designed to help laboratories visualize, identify, and analyze microscopic materials and complex samples. Combining high-resolution optical microscopy with FTIR spectroscopy, the RaptIR X microscope supports applications ranging from unknown contaminant identification and materials research to industrial quality assurance and quality control.
Designed to adapt to changing laboratory needs, the RaptIR X microscope offers multiple sampling modes, detector options, and configurable capabilities for analyzing a wide range of sample types. Thermo Scientific OMNIC Paradigm Software provides an intuitive working environment that brings instrument control, data collection, visualization, and analysis together in a streamlined FTIR microscopy workflow.
Key features and benefits
- 1 µm visual resolution for detailed sample observation
- Diffraction-limited infrared spatial resolution
- Reflectance, transmission, and ATR sampling modes
- Multiple detector options, including MCT, DTGS, and InGaAs detectors
- Automated and user-swappable detector configurations
- Near-IR microscopy capability with compatible configurations
- OMNIC Paradigm Software for intuitive data collection, visualization, and analysis
- Flexible configurations that can adapt to evolving laboratory requirements
Relevant applications
- Unknown contaminant and foreign material identification
- Materials research and characterization
- Industrial quality assurance and quality control
- Failure and root-cause analysis
- Microplastics and environmental analysis
- Forensic analysis
- Cultural heritage and conservation research
