The FF35 CT and FF85 CT of Comet Yxlon are characterized by high flexibility and exceptional precision due to their dual-tube design. They are utilized in a wide range of fields, including semiconductor packaging, additive manufacturing, automotive parts, and materials research, demonstrating their capabilities in environments where rapid and high-precision visualization of internal structures is required. Furthermore, these systems have now evolved further. A new high-density power (HDP) target has been adopted for the 225 kV micro-focus directional beam tube, which can be mounted on both models. While maintaining the same housing size and water-cooled focal stability as before, the output density has been doubled. This results in reduced inspection time, more detailed image acquisition, and long-term stable performance.

Check out three simple (and fast!) methods for evaluating porosity using CT with Dragonfly. Each method can be automated using macros, and you can download an application note detailing the methods and the required analysis time. X-ray computed tomography (CT), often conducted as a spot check in foundries, enables a detailed quality assessment of castings, including the distribution and extent of porosity of particular interest. High throughput is required, making simple and fast 3D image processing methods essential. This Dragonfly application note presents three simple (and fast!) methods for representative castings with varying porosity levels. Each method can be automated using macros, and the application note includes details on the required analysis time.