Measuring Systems | ATOS | Applications | Quality Control | Turbines | | | | | Quality Assurance and Product Definition For the Power Generation Industry | |  | | | | Measuring Systems: ATOS | | | | Keywords: part shrinkage, airfoil twist and mold wear | | | | With the ability of ATOS to accurately measure airfoil contours, leading and trailing edges, root and tip geometry,it provides a more thorough inspection to identify deviations and problems in unexpected areas, trends in part shrinkage, airfoil twist and mold wear. With this newly available information, manufactures are able to reduce their inspection spending and speed up their development. In addition, the production can be controlled to maintain higher accuracy and parts have better quality. |  | |
| | Measuring Turbines with ATOS and TRITOP | |  | | | | Measuring Systems: ATOS, TRITOP | | | | Keywords: Reverse Engineering, complete turbines, single blades | | | | Turbine blades and other components of stationary generators and aircraft engines in most cases have complex geometries and freeform surfaces. Therefore, measuring their geometry is quite demanding with respect to the measuring equipment and measuring strategies. | | |
| | 3D Measurement of Water Turbines | |  | | | | Measuring Systems: ATOS, TRITOP | | | | Keywords: Kaplan, Francis, Pelton, angles | | | | 3D scanning of turbines was performed successfully in several hydroelectric power plants in order to assess the condition and the efficiency of these turbines, to check their shape, to create copies or to prepare new ones. ATOS and TRITOP allow for high accuracy measurements even of large and complex components like water turbines. Such a detailed 3D model detects the slightest deviations from the ideal geometry of the rotor. | | |
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| GOM mbH
Mittelweg 7-8
38106 Braunschweig
Germany |
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