The FRINGE D200 desktop X-ray diffractometer is a state-of-the-art XRD instrument designed for rapid, precise, and reliable material analysis. By combining advanced X-ray diffraction technology with powerful automation software, the FRINGE D200 delivers unmatched performance for researchers and industry professionals alike.

Key Features of the FRINGE D200 XRD

• High-Precision θ-θ Vertical Goniometer & Xeye2D Detector
  Achieve superior resolution and accuracy with seamless switching between 0D, 1D, and 2D modes. In 2D mode, the FRINGE D200 captures Debye rings for a comprehensive crystal growth analysis.

• Desktop Kilowatt-Level Power
  Equipped with strong KW-level output, the FRINGE D200 stands as a leader among compact desktop X-ray diffractometers.

• Compact Integrated Design
  With a built-in water circulation cooling system, gas spring lift door, and space-saving design, this desktop XRD is easy to install, operate, and relocate.

• CrystalX Automated Software
  Simplify your workflow with a one-button operation. The software automatically analyzes phases, calculates percentage compositions, and generates results, making advanced XRD accessible to all users.

• Multifunctional Analytical Capabilities
  Identify physical phases, analyze crystal structures, measure residual stress, and evaluate diverse sample types, including powders, thin films, bulk samples, and liquids.

• High Compatibility & Scalability
  Compatible with multiple accessories, including high-temperature stages, low-temperature stages, and humidity controllers. Functions can be customized for specialized sample environments.

• Safety & Reliability
  Equipped with an automatic cut-off, safety interlocking system, and fully enclosed chamber, the FRINGE D200 ensures operator safety at all times.

• Integrated Solar Slit
  Enhances reliability with no moving parts, making the diffractometer suitable for stationary labs or vehicle-mounted platforms.

Applications

The FRINGE D200 is ideal for material science, geological exploration, pharmaceuticals, nanotechnology, and industrial quality control. From academic research to industrial applications, it provides fast, accurate insights into material microstructure, accelerating scientific discovery and innovation.