Technique de mesures 3D industrielles

Application Notes - TRITOP

GOM's TRITOP CMM mobile optical 3D coordinate measurement system helps to reduce the down-time of ships in dry docks from months to just days.
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Using optical metrology reduces rework time and cuts production costs.
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The use of mobile optical coordinate measuring systems guarantees smooth assembly of offshore wind power units
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Distortion measurement of lightweight honeycomb structure on LISA Pathfinder Science Module in climate chamber predicts FEM deformation.
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GOM´s mobile coordinate measuring systems support calibration of fixtures, jigs and gauges.
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GOM's 3D coordinate measurement systems help the Australian Army plan and update the design and electronics of their Black Hawk helicopters.
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GOM's portable TRITOP CMM system speeds up inspection of body-in-white and bogies in railway engineering.
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GOM's metrology systems support non-invasive, three-dimensional documentation and analytical methods
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Time Compression Technology for Turbine Production
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3D data backup of tried-out tool surfaces saves money on die repair and reproduction.
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GOM's TRITOP CMM system helps family-owned yacht business relaunch production of traditional wooden boats.
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3D scan data integrate smoothly into CAD/CAM process chains.
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Robust coordinate measurement technology for reliable 3D measurement of turbines in hydropower stations.
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At DLR optical high-speed 3D strain sensors check for buckling in a thin-walled CFRP cylindrical structure under axial compression, torsion and internal pressure.
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The National Research Council (NRC) Institute for Aerospace Research uses GOM equipment to digitize their Falcon 20 "Zero G" parabolic jet aircraft in order to generate CFD and CAD models.
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Optical Measuring Techniques for the Determination and Visualization of 3D Displacements in Crash Investigations.
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How a development record was set. From sketch to presentation of a new sports car in just seven months.
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Full-surface 3D data optimizes flight and landing tests on a working prototype of NASA's Space Crew Return Vehicle X-38 to bring astronauts safely back to earth in an emergency.
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TRITOP photogrammetric system determines the interactions between body, attached parts and the interior such as changes in gap-width and global warpage of parts of the car body.
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High resolution 3D data and color texture of an anatomical model of a torso with removable organs.
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