Thermo Fisher Launched New FTIR Microscope
The Nicolet RaptIR X integrates infrared spectroscopy and optical microscopy for advanced chemical analysis.
Updated on Oct. 6, 2026 in Chemistry
Thermo Fisher Scientific has released the Nicolet RaptIR X FTIR Microscope to provide high-speed chemical identification of microscopic samples. The system combines infrared spectroscopy with optical imaging to streamline laboratory workflows.
Why it matters
This instrument simplifies the process of analyzing microscopic samples by offering improved speed and automated guidance for complex chemical investigations.
The microscope achieves an infrared spatial resolution of 5 microns alongside a 1-micron visible resolution. It supports samples up to 40 mm thick and 5 kg in weight while processing 10 spectra per second.
The players
Thermo Fisher Scientific
This global company provides analytical instruments, laboratory equipment, and software solutions for scientific research and diagnostics.
The details
The system utilizes OMNIC Paradigm Software to guide users through sample acquisition and analytical steps. Its modular design allows for specialized functions including polarized analysis, fluorescence visualization, and micro-ATR capabilities.
Timeline
October 6, 2026: Thermo Fisher Scientific officially launched the RaptIR X microscope.
The Big Picture
This release continues the 50-year history of Nicolet innovation in the field of infrared spectroscopy. It advances the discipline by bridging gaps between traditional optical microscopy and high-speed analytical data capture.
Researchers and laboratory technicians can expect more efficient workflows due to the system's guided software and automated detector switching. These improvements may reduce the time required to characterize small-scale samples in materials science and pharmaceutical development.
The takeaway
The integration of optical and infrared data provides a more comprehensive view of chemical compositions in microscopic samples. Laboratories can leverage these automation features to increase throughput in routine chemical identification tasks.
Further reading
Learn more about the latest innovations in chemical analysis by visiting the Chemistry section.
Source note: This article includes information reported by AZoM.
