Technique de mesures 3D industrielles

Application Notes - ATOS

Alcoa Howmet Castings embraces optical metrology solutions.
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3D shape and dimensional analyses provide reliable information for quality control and process optimization. Foundries and forging shops use the ATOS 3D digitizer for shape and dimensional control of patterns, sand cores and castings.
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In recent years, the complexity of parts in the plastics processing industry has increased, generating high demand for the development and use of new metrology procedures to optimize the complete process chain in industrial environments.
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Fast inspection of geometry, hole pattern, trim and spring on sheet metal parts.
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Faster product development through optimized Finite Element Simulation improves sheet metal forming procedures.
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EDAG employs 3D digitizer for reverse engineering to turn ideas into products faster.
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The ATOS digitizer and GOM Touch Probe speed up the calibration and validation of fixtures, jigs and gauges.
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3D coordinate measuring for quick form and dimension inspection, warpage & shrinkage analysis, material thickness inspection, and geometric dimensioning and tolerancing.
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ATOS full-field measuring technology guarantees fast validation of an object's entire surface.
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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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Quality Control, Efficiency Analysis and Efficiency Optimization on Turbines
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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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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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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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How a development record was set. From sketch to presentation of a new sports car in just seven months.
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Digitizing casted blanks and milling dies direct from point clouds reduces machining times by more than 50%.
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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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Optimization of production line process parameters for blow molded fuel tanks.
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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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Fast and robust measurement of claymodel surfaces, tape & cut lines in modeling studios.
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