FAQ
What are you looking for?
The detector is the major part of the auto parts X-ray inspection system. It converts invisible X-rays into visible light. Hence, it is possible to view the images easily through the naked eye. By sensing the intensity of the X-ray beam passing through the object, the detector produces varied black and white values (gray levels) on the image. That is why if the detector gets damaged, its replacement costs will be tremendous.
So, let us have a fair idea of how to select the right X-ray detector.
- Before choosing the detector, check for the best brand by searching via the internet.
- Check the flat detector of modern technology that can intensify the image.
- Try to select the amorphous silicon flat panel detector.
- Do not opt for CMOS flat panel digital detector.
Image quality depends on detector resolution, X-ray tube focal spot size, system magnification, software algorithms, and the power/stability of the X-ray source.
Our systems offer high-resolution imaging, automated defect recognition, robust software integration, and reliable after-sales support tailored for automotive casting inspection.
Consider voltage range, focal spot size, tube type (closed vs open), target material, cooling mechanism, and expected throughput for your specific casting volume.
Key parameters include maximum kV, mA range, focal spot size, power rating, anode angle, and cooling method (air or oil).
Common types include microfocus X-ray tubes, directional and panoramic tubes, and high-power industrial tubes for heavy castings.
Categories include universal inspection systems, inline/online systems, CT (computed tomography) systems, and cabinet-style benchtop units.
Major parameters include system resolution, magnification range, detector type and size, X-ray source specifications, software capabilities, and safety compliance standards.
Types include sealed microfocus tubes, open (demountable) tubes, directional tubes, panoramic tubes, and high-voltage industrial tubes.
Features typically include high-resolution digital imaging, automated defect detection, 3D CT reconstruction, CNC programmable inspection paths, and comprehensive reporting tools.
Common defects include porosity, shrinkage cavities, inclusions, cracks, cold shuts, misruns, and dimensional deviations.
Quality is determined through X-ray radiography, ultrasonic testing, dimensional CT scanning, pressure testing, and metallographic analysis to verify internal and external integrity.