DXR 100S/200S-41M

Stationary Digital X-Ray Detectors for NDT Inspections

Superior image quality with pixel sizes of 100 µm and 200 µm, doubling resolution compared to conventional detectors without compromising cycle time.
With a 405 x 405 mm (16” x 16”) active area, these detectors can inspect larger components, making them ideal for demanding applications like castings and welds.
Optimised for up to 450kV industrial applications, the tungsten-coated detectors offer superior radiation protection and long-term reliability, even in harsh environments.
Balanced sensitivity and advanced electronics ensure rapid imaging in seconds with consistent output and inspection repeatability.

The Waygate Technologies DXR 100S/200S-41M is a stationary digital X-ray detector designed for high-resolution industrial radiography and computed tomography (CT) applications. It delivers film-quality results in real time, reduces inspection cycle time, and ensures compliance with global standards – including ISO 17636-2 and ASTM E2737. It supports high-precision inspections across metal, composite, and additive components and is compatible with a wide range of energy sources from 20kV to 450kV.

Why Do NDT Technicians Choose the Waygate DXR 100S/200S-41M?

  • Can it detect fine cracks in aerospace parts?
    → 41µm pixel pitch reveals sub-0.1mm defects in composites, castings, and alloy structures.

  • Will it work with different energy sources?
    → Compatible with X-ray (20kV–450kV), Ir-192, and Se-75 for versatile NDT inspections.

  • Is it ready for NADCAP and ISO audits?
    → Certified to ISO 17636-2, ASTM E2737, and EN 13068-3 for aerospace and pipeline compliance.

  • Does it handle harsh environments?
    → Heated scintillator operates reliably in –30°C to +50°C, ideal for outdoor and foundry conditions.

  • Can it replace film for real-time inspections?
    → Produces high-resolution digital images in ≤3 seconds — no film processing required.

  • What about connectivity in noisy or mobile setups?
    → Offers GigE and DirectWire™ wireless (up to 50m) for flexible, EMI-resistant deployment.

Applications:

  • Composite Aerospace Structures (Boeing D6-12791)
    Imaging delamination, voids, or porosity in CFRP and bonded honeycomb panels.

  • Electric Vehicle Battery Welding (ISO 10893-7)
    Inspecting seam welds in lightweight aluminum housings for quality and compliance.

  • Turbomachinery and Rotating Parts (ASME Section V)
    Detecting fatigue cracks and casting defects in blades, disks, and rotors.

  • Additive Manufacturing & 3D Printing (ASTM F3122)
    Non-destructive validation of internal features in Ti-6Al-4V or Inconel 3D-printed parts.

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