Dee Piping has been a user of HD-CR 35 NDT Computed Radiography system since 2021 in its Palwal Unit III facility and utilizes it in quality control for weld inspection as well as for confirmation of pipe wall thickness. Both X-ray and isotopes such as Selenium-75 and Iridium-192 sources are used to expose pipes of different thickness.
With the new D-DR series of robust flat panel detectors for industrial radiography, DÜRR NDT aims to continue to offer the best possible DR technology. This new product line has a uniform and functional design and covers a wide range of Radiographic Testing (RT) applications.
Astranis uses a combination of the HD-CR-35 NDT computed radiography scanner with high-resolution imaging plates and an X-ray generator to inspect orbital welds made in manifolds. They have three operators who are trained to use the scanner and produce around 30 X-ray images per week.
As part of its important conservation and research effort, The Mariners’ Museum recently acquired the HD-CR 35 Computed Radiography system and D-Tect X software to replace much of their existing X-ray capability, improving efficiency and flexibility.
ATTAR has been using DÜRR NDT computed radiography scanners since 2015 and more recently the DRC 2430 NDT high-resolution flat panel detector since 2019. The systems are used primarily for digital radiography training targeting the industrial and engineering sectors.
For an optimal digital workflow in radiographic testing (RT), the X-ray inspection software D-Tect X can be integrated with the NDT management software DRIVE NDT. The closely meshed interaction between DRIVE NDT and D-Tect X means that a large part of the process takes place automatically.
