Nicolet RaptIR X FTIR Microscope for Chemical Mapping

The Thermo Scientific^™ Nicolet^™ RaptIR^™ X FTIR Microscope is built upon the established RaptIR framework to provide high-quality FTIR microscopy, enabling reliable identification of materials within a versatile and expandable system.

Nicolet RaptIR X FTIR Microscope. Image Credit: Thermo Fisher Scientific - Vibrational Spectroscopy

Product Overview

The Thermo Scientific^™ Nicolet^™ RaptIR^™ X FTIR Microscope is engineered to facilitate the rapid identification, mapping, and comprehensive understanding of complex sample chemistry through research-grade analytical capabilities.

This instrument integrates genuine 5 µm spatial resolution, user-friendly operational workflows, and advanced chemical-mapping functionality, thereby enabling dependable materials characterization for quality control, failure investigation, and scientific inquiry.

The system features a modular, scalable architecture that accommodates changing analytical requirements, thereby ensuring the longevity and continued relevance of the investment as the laboratory's analytical capabilities expand.

The Thermo Scientific Nicolet RaptIR X FTIR Microscope integrates research-caliber FTIR microscopy technology with accessible operational workflows within a modular, scalable framework. This platform is specifically designed to enable laboratories to expeditiously identify, map, and elucidate the chemical composition of intricate materials.

Whether employed for routine quality assurance protocols, failure investigation, contaminant detection, or sophisticated materials research applications, the RaptIR X microscope provides expeditious and reliable materials characterization while maintaining the adaptability necessary to accommodate evolving analytical requirements.

Research-Grade Performance for Confident Results

This microscope helps users uncover essential chemical information. The integration of high-definition optical microscopy with FTIR mapping enables comprehensive identification of particles, films, contaminants, defects, fibers, and material variations.

Research-grade instrumentation coupled with authentic 5 µm infrared spatial resolution facilitates precise characterization of microscopic structures with exceptional reliability.

Streamlined data acquisition, user-friendly software interfaces, and optimized workflows facilitate expedited progression from sample preparation to chemical analysis, accommodating both conventional analytical laboratories and sophisticated research facilities.

The RaptIR X microscope is designed for users across all proficiency levels. Thermo Scientific OMNIC^™ Paradigm Software integrates structured analytical workflows, intelligent automation, particle identification capabilities, chemical distribution analysis, and comprehensive reporting functionalities to enhance accessibility for novice practitioners while maintaining sophisticated functionality for experienced researchers employing advanced analytical methodologies.

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Flexible Configurations That Grow With the Laboratory

Users can begin with only the analytical capabilities needed for their current operation. The system may be configured as an independent FTIR microscope or coupled with the Thermo Scientific Nicolet Apex™ FTIR Spectrometer or Thermo Scientific Nicolet iS50 FTIR Spectrometer to facilitate supplementary analytical methodologies as the laboratory's needs evolve.

Analytical capabilities can be progressively expanded over time. A comprehensive selection of optional accessories and supplementary modules (Micro-ATR, NIR microscopy, polarization analysis, grazing angle optics, compression cells, and supplementary detector configurations) enables the platform to accommodate emerging analytical workflows while preserving the current instrumentation investment.

A variety of sample compositions can be effectively dealt with. An extensive array of sampling methodologies, detector configurations, optical objectives, and compatibility with oversized or non-uniform specimens deliver the operational flexibility necessary to examine a comprehensive spectrum of materials within academic research and industrial laboratory environments.

Applicable Across a Wide Range of Analytical Applications

The Nicolet RaptIR X FTIR Microscope facilitates research initiatives, quality assurance protocols, and failure analysis procedures across numerous industries and specialized application domains, encompassing:

• Pharmaceutical applications, including active pharmaceutical ingredient distribution, excipient characterization, and formulation development
• Polymer, plastic, and multilayer material analysis
• Failure analysis and contaminant identification procedures
• Environmental testing applications, including microplastics characterization
• Forensic science applications, including trace evidence examination, fiber analysis, ink identification, and counterfeit investigations.
• Geological, mineral, and mining analysis
• Cultural heritage preservation, archaeological research, and art conservation initiatives
• Advanced materials, electronics, and industrial manufacturing applications

Available Configurations

The RaptIR X FTIR Microscope may be deployed as an independent FTIR microscope or coupled with either the Apex FTIR Spectrometer or the iS50 FTIR Spectrometer.

Coupling with the iS50 spectrometer facilitates access to supplementary analytical methodologies, encompassing FT-Raman, GC-IR, TGA-IR, integrated ATR, and multi-range examination capabilities. A selection of optional accessories and detector configurations is offered to accommodate particular application specifications.

Specifications

Source: Thermo Fisher Scientific - Vibrational Spectroscopy

Videos

Video Credit: Thermo Fisher Scientific - Vibrational Spectroscopy