Wireless and Integrable Digital X-Ray Detectors

Improving efficiency in the field with capable, rugged equipment.
  • Does your application use a high volume of film?
  • Does your application involve shooting flat shots at relatively low energy?
  • If the answer to both questions was yes, a digital radiography equipment and software can save time and money.  Have a look at the two example detectors and software below and get in touch to discuss your project.
DXR140P-HC High Contrast DXR Detector

DXR140P-HC High Contrast DXR DetectorLarge size, high contrast detector for all-purpose radiography

  • High contrast with 140-micron pixel resolution
  • Increased dose sensitivity for shorter exposure times and faster throughput
  • Can be used with X-ray as well as isotopes


  • Science, art, and archeology
  • Casting inspection
  • Aviation MRO
  • Military and security
  • Structure inspection: concrete, bridges, supports
  • Oil & gas and energy, in-service inspection: CUI – valve positioning, WT measurement, pipe support, boiler tubes
  • Power line inspection, GIS
DXR500L Static Digital Detector Array

DXR500L Static Digital Detector ArrayA static digital detector array, DXR500L allows for fast and easy defect detection by utilizing Endurance™ technology, developed to reduce radiation wear out and to maximise cost savings in a production environment.

  • High-resolution images for easy detection of subtle indications
  • Endurance™ scintillator technology for optimal image quality & lag
  • Temperature-controlled for stable offsets over longer periods, enabling more consistent imaging and fewer calibrations


  • Aerospace investment castings
  • Industrial gas turbine investment castings
  • Wax and ceramic patterns
  • Metrology, materials science & geology

Flash! A unique image enhancement software tool based upon innovative technology bringing NDT inspection to an advanced level.

With one-click image processing, Flash! works as a layer on top of the image, without altering the raw data or the measurements made.

  • Excellent, consistent image quality across CR and DR platforms
  • Enhanced productivity and optimized resources
  • Optimal rendering of all relevant imaging data, optimized for the human eye
  • Robust image processing against variations (density, geometry, radiation quality, exposure settings, etc.)
  • Smooth workflow at the operator and reviewer/verification levels
  • High contrast even at lower dose
  • DICONDE* -compliant

* Digital imaging and communication in non-destructive evaluation: a global standard for handling, sharing, storing and transmitting information between DICONDE-compliant systems.