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    Bruker LUMOS II

    Bruker LUMOS II – FT-IR Microscope

    Bruker LUMOS II is a standalone FT-IR microscope and IR laser imaging microscope designed for precise analysis and chemical mapping of microscopic samples. It combines FT-IR microscopy with advanced FPA imaging and IR laser imaging capabilities, enabling fast and detailed characterization of materials. The system supports ATR, transmission, and reflection measurements and offers advanced µ-ATR analysis.

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    ADVANTAGES

    APPLICATIONS

    TECHNICAL SPECIFICATIONS

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    Advantages

    • Standalone FT-IR microscope with a compact design
    • RockSolid™ interferometer for stable performance
    • FT-IR analysis in ATR, transmission, and reflection modes
    • FPA imaging for fast chemical mapping
    • Spatial resolution down to 1.25 µm in ATR mode
    • FPA imaging upgrade capability
    • Standard TE-MCT detector, with optional LN-MCT and DTGS detectors
    • Up to two individual detectors can be used in parallel
    • No need for liquid nitrogen or dry-air purging
    • Automated Knife-Edge apertures
    • 270° sample access from three sides
    • OPUS software with AI-based identification and analysis functions
    • Support for cGMP and FDA 21 CFR Part 11 requirements

    Applications

    LUMOS II is suitable for a wide range of industrial, research, and analytical applications, including:

    • Particle and surface analysis
    • Failure and defect analysis
    • Polymers, plastics, and composite materials
    • Pharmaceutical analysis
    • Coating and thin-film analysis
    • Microplastic analysis
    • Material quality control
    • Contamination analysis
    • Forensic analysis
    • Biological and life science applications
    • Analysis of materials used in art conservation and restoration
    • Materials research and product development

    Technical Specifications

    • Technology: FT-IR microscopy and IR imaging
    • Detector: TE-MCT standard
    • Optional detectors: LN-MCT, DTGS
    • FPA detector: Yes
    • Spatial resolution: Down to 1.25 µm in ATR mode
    • FPA imaging speed: Up to 1.6 mm²/s
    • IR laser imaging speed: Up to 4.5 mm²/s
    • IR laser range: 1,800–950 cm⁻¹
    • Measurement modes: ATR, transmission, and reflection
    • Maximum sample height: Up to 40 mm
    • Interferometer: RockSolid™
    • Software: OPUS
    • AI analysis: Autonomous Composition Identifier (A.I.D.)
    • Sample access: 270° from three sides
    • System: Designed for laboratory use and continuous operation

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