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    Bruker HYPERION II

    Bruker HYPERION II – FT-IR and QCL Microscope

    Bruker HYPERION II is an advanced research FT-IR microscope designed for demanding analysis and characterization of microscopic samples. It combines FT-IR microscopy and Infrared Laser Imaging (QCL/ILIM) in a single instrument, enabling precise spectroscopic analysis and fast chemical imaging. The system supports all three major measurement modes: transmission, reflection, and ATR.

    Category:

    ADVANTAGES

    APPLICATIONS

    TECHNICAL SPECIFICATIONS

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    Advantages

    • Combination of FT-IR and QCL/ILIM technology in one instrument
    • High sensitivity and diffraction-limited spatial resolution
    • FPA detectors with 64 × 64 or 128 × 128 pixels
    • Infrared laser imaging in ATR, transmission, and reflection
    • Patented spatial coherence reduction for artifact-free imaging
    • Wide selection of MCT detectors, including thermoelectrically cooled TE-MCT
    • Wide range of IR and ATR objectives
    • Spectral range extension from NIR to FIR
    • Flexible selection of accessories and sample stages
    • Temperature-controlled measurements from −196 °C to +600 °C
    • Full control over measurement parameters, samples, and experimental conditions
    • OPUS software for advanced data processing and analysis

    Applications

    HYPERION II is designed for demanding research and industrial applications, including:

    • Biological tissue and cell analysis
    • Pharmaceutical research and drug development
    • Polymer and plastic analysis
    • Surface and coating characterization
    • Microplastic analysis
    • Forensic research
    • Semiconductor analysis
    • Industrial research and development
    • Multilayer and complex material analysis
    • Geology and mineralogy
    • Energy materials and catalysis
    • Photonic and nanomaterial research

    Technical Specifications

    • Technology: FT-IR microscopy and QCL/Infrared Laser Imaging
    • Measurement modes: ATR, transmission, and reflection
    • FPA detectors: 64 × 64 or 128 × 128 pixels
    • MCT detectors: Broad-, mid-, and narrow-band LN₂-MCT; TE-MCT
    • Objectives: 3.5× / 15× / 36× IR, 20× ATR, 15× GIR, 4× / 40× VIS
    • Spectral range: Extendable from NIR to FIR
    • FPA imaging speed: Up to 0.1 mm²/s for full-spectrum imaging
    • ILIM imaging speed: Up to 6.4 mm²/s at a single wavenumber
    • IR laser imaging: Optional via Infrared Laser Imaging Module (ILIM)
    • Temperature-controlled measurements: −196 °C to +600 °C
    • Software: OPUS
    • Advanced analysis: A.I.D., Cluster ID, and automated particle analysis
    • Additional options: ATR objective, Grazing Angle objective, FPA imaging, macro ATR, heating/cooling stage, and other accessories

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