•  450 kV Computed Tomography (CT) system for statistical production process control

•  First industrial CT system with scatter|correct to perform fast cone beam CT with the quality of slow fan beam CT

•  Max. 3D scanning area max. 500 mmØx1000mm

•  3D measurements referring to VDI 2630 guideline*

•  CT performance specified referring to ASTM E1695 guideline

•  Robust, small footprint design for production control with low cost of ownership

•  High efficiency ease of use due to one-button|CT

•  Optional quick|pick manipulator for automated blode inspection

phoenix v|tome|x c series CT Scanning up to 100 times faster with scatter|correct With the phoenix v|tome|x c, GE offers a compact 450 kV CT system specially designed for NDT and quality assurance labs in foundries or aerospace applications allowing both, combined semi-automated NDT and 3D metrology. The low maintenance and production oriented design features like easy loading tools, barcode reader etc., as well as the new one-button|CT automatization functionality make the system a very efficient tool for high throughput industrial quality assurance. The quick|pick manipulator of the high speed configuration HS even allows fully automated CT evaluation of large batches, e.g. to scan up to 25 turbine blades without any operator action. The system offers industry leading sample size, flexibility and maximum penetration power for high absorbing samples at 450 kV. It is the first industrial CT scanner with GE’s proprietary breakthrough scatter|correct technology option allowing users to gain a low scatter artifact CT quality level never before reached with flat panel cone beam CT. Dimensional production and process control Nom. / act. comparison and dimensional measurements Typical samples to be scanned with the phoenix v|tome|x c are: • Small and medium sized steel castings (turbine blades, …) • Complex composite parts (fan blades, …) • Large complex light metal castings (cylinder heads, …) Typical 3D NDT inspection tasks are: • Internal defect analysis / 3D quantitative porosity analysis • Porosity /inclusion pre-machining tests • Assembly control


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