The FRINGE EVS desktop X-ray diffractometer is a powerful and versatile XRD instrument designed for advanced material science research, industrial quality control, and academic applications. With cutting-edge detection technology and an integrated compact design, the FRINGE EVS delivers unmatched precision, efficiency, and usability.

Key Features of the FRINGE EVS XRD

• High-Resolution DPPS Detector
  Equipped with an advanced DPPS high-resolution detector, the FRINGE EVS provides ultra-high energy resolution without the need for traditional monochromatic systems. This ensures maximum signal collection, minimal loss, and superior quality of diffraction data.

• Compact All-in-One Design
  The FRINGE EVS integrates a built-in high-efficiency water circulation cooling system in a desktop-sized unit. Its compact, space-saving design allows seamless integration into laboratories, offices, or industrial facilities.

• CrystalX Automated Analysis Software
  With a single click, CrystalX software automatically processes diffraction data, identifies phases, and calculates component percentages—making XRD analysis simple, fast, and accurate for all users.

• Desktop Kilowatt-Level Power
  Despite its compact size, the FRINGE EVS offers powerful KW-level performance, positioning it as a leader among desktop X-ray diffractometers.

• Flexible Sample Analysis
  Compatible with a wide range of accessories, including specialized sample stages, the FRINGE EVS supports powders, thin films, bulk materials, and liquids. Researchers can easily analyze crystal structure, residual stress, phase composition, and degree of crystallinity.

• Enhanced Safety
  Designed with an automatic cut-off protection device and interlocking system, the FRINGE EVS ensures safe operation by fully enclosing the chamber during testing.

Applications

The FRINGE EVS is ideal for materials science, nanotechnology, pharmaceuticals, geological studies, and industrial R&D. It provides high-precision results for phase identification, structural analysis, and material characterization—helping scientists and engineers accelerate research and innovation.