YXLON, an company of the Swiss Comet Group, continues to pioneer in the field of non-destructive material testing and computed tomography with the introduction of its FF85 CT. The new CT inspection system sets new standards for ease of use and overall system flexibility.
With features such as dual X-ray tube configuration and high-precision granite manipulator providing up to 7 axes, the FF85 CT is an all-round CT system for the testing of small and large parts as well as materials of varying densities. The FF85 runs on the Geminy software platform already in use in the more compact YXLON FF20 CT and FF35 CT systems.
Geminy is the first CT inspection system interface that offers users intuitive smart-touch operation, remote monitoring, push notifications, and multiple user profiles, making it possible to operate the system without technical expertise.
Equipped with both an open microfocus tube with up to 225kV as well as a minifocus tube with up to 450kV together with a choice of flat panel detectors, the FF85 CT is the ideal solution for a wide range of different parts and materials such as aluminum, steel, additively manufactured components, fiber composite material, and mechatronic assemblies.
The first FF85 CT system has already been installed at Siemens in Berlin. “In the end, what convinced us was the unique combination of component size and resolution quality,” states Andreas Kreutzer, Development Engineer at the Siemens gas turbine plant in Berlin and Laboratory Manager Sebastian Wallich. “We have not found another company that can accommodate such a broad component size spectrum while maintaining such a high resolution. The intuitive operation is also a big plus.Therefore, we are pleased that the FF85 CT will support us in the future in the development and quality control of additively manufactured components and oil furnace components.”
The new CT algorithms ensure optimum image resolution with a greater measuring circle. The innovative ScanExtend feature allows for horizontal measuring circle extension and is ideal for scanning larger components or maximizing magnification on smaller components. The scan is carried out through one continuous rotation of the test piece and is immediately reconstructed without artifacts. This feature saves a lot of time when compared to the more commonly used “stitching” algorithms.
Additional new features include virtual rotation axis and HeliExtend (helical CT with horizontal measuring circle extension) taking advantage of trajectories to maximizes test space.
For more information: www.yxlon.com