C3

C3 Ultra Large-Format 5-Axis CT System


The Avonix C3 offers exceptional load capacity and a scanning envelope beyond any other standard system on the market.

Our C3 CT system takes “large-format” to a whole new level! With a vertical travel of nearly 2.3 meters, and a field-of-view extending 2.5 meters above the turntable, the C3 is capable of scanning objects that previously were impossible to X-ray due to their size.

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Its high-precision granite base and extremely tight engineering tolerances - combined with the pioneering range of Nikon X-ray sources and the latest in digital X-ray detectors - produce CT scans of the highest fidelity and precision in the industry today. Absolutely no other standard CT System in the world can come close to the C3 in range of motion, versatility, precision, and accuracy

Features

  • Patented ultra-precise and stable manipulator
  • Ultra-large inspection envelope
  • Install into existing radiation enclosure or supplied with new modular radiation enclosure
  • Patented microfocus X-ray tube technology, available in 225kV, 320kV and 450kV
  • Supports dual x-ray tubes
  • Supports dual detectors
  • Large format 16-bit detector technology
  • Exclusive Curved Linear Diode Array technology
  • Intuitive software interface
  • Advanced 3D visualization and analysis
  • Customizable macros to automate work flow


Technical Specs:

  • Single or Dual X-ray Source
    • 180kV to 450kV Microfocus
    • 450kV Minifocus
  • Single or Dual X-ray Detector with Multi-position Panel Shift
  • Precision Granite Base Manipulator
    • X-Axis travel: 1300mm (+/- 650mm)
    • Y-Axis travel: 100mm to 2380mm above turntable
    • Z-Axis travel: 1630mm
    • Variable Source-to-Detector distance: 180mm to 1800mm
    • Weight Capacity: 400kg


Applications

  • Aerospace structures
  • Evaluation of precision parts and large castings, complex mechanisms and internal components
  • Part-to-CAD comparison
  • Reverse engineering
  • Detailed failure analysis
  • Advanced material research and analysis of biological structures
  • Digital archiving of models
  • Troubleshooting of assembly issues