SHINE REX900 – Portable X-Ray Diffractometer for On-Site Material Analysis

The SHINE REX900 portable X-ray diffractometer (XRD) is a next-generation instrument designed for rapid, on-site material analysis. By performing X-ray diffraction directly on samples, it provides complete crystal phase identification of primary, secondary, and trace components, delivering insights into material composition, crystal structure, and atomic morphology.

With its compact design, advanced DPPS detector, and intelligent CrystalX analysis software, the SHINE REX900 provides high measurement accuracy, easy operation, and fast results—making it an ideal choice for geological research, mineral exploration, oil logging, and field-based scientific studies.

Key Advantages of SHINE REX900

  • Portable and Rugged Design – Lightweight, dustproof, and waterproof; built for reliable laboratory and field use.

  • High-Performance DPPS Detector – Provides ultra-high energy resolution with excellent peak-to-background ratios, even for iron-rich and complex mineral samples.

  • Wide Angle Range – Captures more comprehensive diffraction data, enabling accurate qualitative and quantitative phase analysis.

  • CrystalX Intelligent Software – Automates phase analysis with one-click operation, removing the need for manual background subtraction or peak searching.

  • Fast and Simple Operation – No calibration required; real-time diffraction spectra and automatic quantitative results at the push of a button.

  • Flexible Data Output – Export customizable reports in Excel or PDF formats, including diffraction spectra and sample details.

  • Seamless Connectivity – Connects via USB, Bluetooth, or Wi-Fi for real-time control and data transfer.

  • Time and Cost Efficiency – Eliminates delays of traditional lab testing, saving significant time and resources for research teams and industrial applications.

Applications

  • Geological research and mineral exploration

  • Oil and gas logging analysis

  • Field-based crystal structure studies

  • On-site material verification and phase identification

  • Rapid testing for research institutes and laboratories