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    Bruker D8 ENDEAVOR

    Bruker D8 ENDEAVOR – Automated XRD Diffractometer for Process and Quality Control

    Bruker D8 ENDEAVOR is an advanced X-ray diffractometer (XRD) designed for powder applications, industrial process optimization, and quality control. It provides fast qualitative and quantitative phase analysis, crystal and microstructure research, while offering automated sample handling and high sample throughput.

    The D8 ENDEAVOR is designed for simple operation, high measurement speed, and low detection limits. It is available in a 1 kW ECO version for low operating costs and a 3 kW version for the lowest detection and quantification limits or the fastest measurement times.

    ADVANTAGES

    APPLICATIONS

    TECHNICAL SPECIFICATIONS

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    Advantages

    • Automated XRD system for powder analysis
    • Available with 1 kW ECO or 3 kW generator
    • Dynamic Beam Optimization (DBO) for automatic adaptation of the beam path to measurement conditions
    • LYNXEYE detectors for high data quality and low quantification limits
    • Automated sample handling for high sample throughput
    • Magazines for up to 66 samples (51.5 mm) or 72 samples (40 mm)
    • EasyLoad trays for 20 samples
    • Manual, robotic, or conveyor-belt sample loading
    • TouchControl and Loader software for intuitive operation
    • Push Button Templates for automated analytical workflows
    • Suitable for continuous 24/7 operation
    • Optional configurations for harsh environments and high-altitude operation up to 4,000 m
    • Standard alignment guarantee for position, response, and resolution

    Applications

    The D8 ENDEAVOR is designed for industrial process and quality control, as well as research in laboratories and academic institutions. Turn-key solutions are available for cement, minerals, metals, aluminum, and pharmaceutical applications.

    In the cement industry, it enables phase analysis of raw meal, clinker, and cement. In mining and mineralogy, it is used for mineral identification and quantification. In the metals industry, it supports rapid process control, while specialized configurations are available for aluminum production and respirable silica analysis.

    Technical Specifications

    Technology: XRD – X-ray Diffraction
    Generator: 3 kW or 1 kW ECO
    Goniometer geometry: θ/θ
    Beam optics: Dynamic Beam Optimization (DBO)
    Detectors: Proportional Ca XRF counter, SSD160-2, LYNXEYE-2, LYNXEYE XE-T
    Sample capacity: 66 samples (51.5 mm / 2″) or 72 samples (40 mm / 1.6″)
    EasyLoad: 20 samples, 2″ diameter
    Sample loading: Manual, robotic, or conveyor-belt loading
    Goniometer accuracy: ±0.01° 2θ over the entire angular range
    Sample holders: 51.5 mm (2″) or 40 mm (1.6″), with specialized holders available
    Software: DIFFRAC.SUITE, DIFFRAC.EVA, DIFFRAC.TOPAS, DIFFRAC.DQUANT
    Operation: Suitable for continuous 24/7 operation
    Safety: CE compliant and German type approval

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