Госреестр. Описание типа СИ 64156-16 Координатно-измерительные машины HEXAGON серии TIGO
Координатно-измерительные машины HEXAGON mi Leitz SIRIO SX
Координатно-измерительные машины HEXAGON серии DEA MERCURY
Госреестр. Методика поверки 64156-16 Координатно-измерительные машины HEXAGON серии TIGO
Координатно-измерительные машины Hexagon Metrology 7.10.7 SF
Координатно-измерительные машины HEXAGON серии TIGO SF 
| Die and Mold Manufacturing | Dimensional Inspection | ||
| DEA gantry machines provide an advanced tool for model | DEA gantry machines excel in inspecting, with superior | ||
| making, die prove-out, inspection analysis and failure | accuracy, large and very large mechanical parts, high | ||
| analysis. | precision machined components, large automotive and | ||
| High accuracy, high productivity surface mapping | aerospace structures. | ||
| capabilities are supported by automatic tactile | The application is supported by | ||
| scanning systems and ultra-high speed non-contact | a complete metrology CAM package: bi-directional | ||
| scanning head options that acquire millions of data | direct CAD interfaces allow establishing common | ||
| points from the model real surface. | manufacturing practices driven from CAD databases. | ||
| Efficient CAD interfaces allow exporting the processed | an interactive graphic user interface, that includes a | ||
| surface point files to CAD/CAM systems for the | 3D animation of the full machine kinematics including | ||
| generation of machining tool paths. | part and fixtures, and flexible graphical reporting | ||
| functions. | |||
| Surface Design & Metrology | advanced scanning options that increase data point | ||
| An interactive computer graphic environment for the | density and improve feature dimension, location, and | ||
| dimensional verification and CAD modeling of free form | form analysis, while enhancing system throughput. |
surfaces, streamlines Reverse engineering operations, for the creation, maintenance, and modification of CAD models directly from actual parts.
the efficient incorporation of design and manufacturing changes back into the CAD database the quick and complete verification of complex free form shapes and features directly from their nominal CAD geometry.