CT Compact

Compact industrial CT system for medium and large parts inspection

The CT Compact is a reliable, highly efficient fan-beam CT inspection system for non-destructively acquiring high-resolution 3D images for your medium to large samples – from Archaeological to large heavy castings

  • Key Features

    • High resolution - Voxel size down to 70 µm
    • Suitable for large samples - 600 x 820 mm and up to 50 kg
    • High energy X-ray source - Up to 65 mm iron or 250 mm aluminium
    • Excellent reliability - Perfect workhorse for industrial applications
    • Outstanding image quality - New YXLON line detector technology
    • Automated center determination and imaging correction algorithms software - Eliminate the need for time-consuming manual interaction.
    • Simple operation - Intuitive user interface

An Efficient High-Resolution CT System for Medium/Large Samples

Discover the difference in efficiency – the YXLON CT Compact is a reliable, highly efficient fan-beam CT inspection system for high-resolution 3D imaging of  medium to large casting parts.

  • Solid workhorse for industrial CT
  • Small  footprint
  • Batch mode testing increases throughput
  • New YXLON line detector technology for outstanding image quality

Automatic image enhancement via dedicated software algorithms, significantly contributes to the premium image quality of the CT Compact.

In one test run you can create CT projections, each with different parameters, for different areas of the test parts. This way you speed up the testing process while maintaining image quality. Our multiple parts testing feature conveniently allows you to image multiple items in a single run.

Linear Detector Arrays

YXLON has developed a new linear detector array (LDA) that further guarantees scatter-free, homogeneous image quality and provides unprecedented signal-to-noise ratio.

  • Versatile CT System

    Automatic image enhancement via dedicated software algorithms, significantly contributes to the premium image quality of the CT Compact. The system is ideally suited for imaging components in automotive and aerospace foundries such as:

    • Heavy metal castings
    • Aluminum and steel components
    • Cylinder heads, engine blocks and transmission housings
    • Dense historical art and archeological objects
    • Large geological samples
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