The HYPERION II FTIR Microscope is a high-performance infrared microscopy system designed to deliver precise chemical imaging and microanalysis for research, quality control, and industrial applications. It combines advanced Fourier Transform Infrared (FTIR) spectroscopy with multiple imaging modes, enabling scientists and engineers to explore material composition, chemical distribution, and structural features with exceptional clarity. Consequently, laboratories can accelerate analysis workflows, enhance forensic investigations, and support materials research with actionable results.
Moreover, the HYPERION II FTIR Microscope supports a range of measurement techniques including reflection, transmission, and attenuated total reflectance (ATR) modes. This flexibility allows users to select the most effective approach for different sample types, whether thin films, powders, coatings, polymers, or biological tissues. In addition, the optional Quantum Cascade Laser (QCL) imaging module delivers fast single-wavenumber data acquisition, substantially reducing scan times for large areas while maintaining high spectral quality.
Furthermore, the system features highly sensitive detectors — such as FPA and MCT — that ensure strong signal capture even with subtle chemical contrasts. As a result, users can obtain high-resolution spatial maps and accurate point spectra within a single platform. The intuitive software interface simplifies experiment setup, measurement control, and data interpretation, which helps both new and experienced users achieve consistent outcomes without steep learning curves.
Features of the Bruker HYPERION II FTIR Microscope
Multi-mode Infrared Imaging
- Enables reflection, transmission, and ATR measurements for comprehensive sample characterization.
High-Resolution Chemical Imaging
- Produces detailed maps of chemical distribution and material composition across the sample surface.
Optional QCL Laser Imaging
- Offers rapid, high-speed imaging for large areas with excellent signal quality.
Advanced Detector Options
- Supports high-performance FPA and MCT detectors for sensitive and accurate measurements.
User-Friendly Software
- Streamlines experiment control, spectral acquisition, and data analysis in a single platform.
Versatile Sample Compatibility
- Ideal for polymers, pharmaceuticals, composites, tissues, coatings, semiconductors, and environmental particles.
Applications of HYPERION II FTIR Microscope
-
Materials Science & Engineering – Polymer analysis, composite materials, coatings, and thin films.
-
Pharmaceutical & Biomedical Research – Drug formulation studies, tissue analysis, and contamination detection.
-
Semiconductors & Electronics – Microcontaminant detection, failure analysis, and quality control.
-
Environmental Science – Particle analysis, pollutant identification, and microplastic research.
-
Forensic & Legal Investigations – Trace evidence identification and chemical mapping of unknown samples.
In addition, the HYPERION II FTIR Microscope enhances laboratory productivity by reducing the need for multiple instruments and consolidating microanalysis tasks into one system. Its robust build and reliable performance make it suitable for high-throughput environments and routine quality control, while its advanced optical design supports cutting-edge research.
Whether used for failure analysis, contaminant identification, polymer characterization, or biomedical research, the HYPERION II FTIR Microscope delivers clear, reproducible, and high-quality results. Overall, it represents a powerful analytical tool that strengthens laboratory capabilities, shortens analysis cycles, and expands the range of measurable phenomena — making it an essential asset for any facility focused on detailed chemical and material investigation.
