Nicolet RaptIR X FTIR Microscope

The Thermo Scientific Nicolet RaptIR X FTIR microscope combines optical microscopy and infrared spectroscopy for the detailed analysis of small and complex samples. By linking visual inspection with chemical analysis, the system allows users to determine both the location of a component and its composition. This makes the system particularly useful when a sample contains small particles, thin layers, fibers, contaminants, or regions with anomalous material properties.

Efficient analysis of small areas

Locating the right area within a sample and subsequently collecting reliable data can be time-consuming. The RaptIR X integrates optical viewing and FTIR analysis into a single workflow, allowing the user to transition seamlessly from identifying a feature of interest to examining its chemical composition. The system’s automated features and guided workflows are designed to simplify routine analyses, while also offering the flexibility to customize methods for more complex investigations.

Flexible measurement modes and sample types

Different samples require different measurement techniques. The RaptIR X supports transmission, reflection, and micro-ATR, providing versatility for the analysis of items such as particles, fibers, films, coatings, and material layers. Its robust sample platform accommodates specimens up to 40 mm in thickness and 5 kg in weight, enabling the analysis of a wide range of sample sizes and shapes.

Software for workflows and analysis

The RaptIR X utilizes Thermo Scientific OMNIC Paradigm Software. This software provides guided workflows and automated functions that help ensure a more consistent analysis process. For users with more advanced requirements, methods and workflows can be tailored to specific samples and applications. The microscope can be operated as a standalone unit or integrated with compatible Nicolet Apex or Nicolet iS50 FTIR spectrometers.

For material analysis and failure investigation

The RaptIR X is suitable for a variety of fields where materials need to be identified or examined at a microscopic level. Examples include polymer and laminate analysis, pharmaceutical development, microplastic analysis, forensics, and geology, as well as the investigation of contaminants and material defects. The combination of imaging and chemical analysis can help the laboratory understand both the structure and the composition of a sample.