Applications

To make aircrafts more fuel-efficient and environmentally friendly, DLR in Braunschweig integrates optical measuring systems into its research of new technologies.
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The introduction of the ATOS ScanBox 7260 represents the next step in OPEL's restructuring of its measuring procedures, thus reducing the inspections by 80% in its press shop in Rüsselsheim, Germany.
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Following a benchmark analysis, the Franconian (Germany) plastics specialist, Oechsler, uses ATOS Triple Scan in order to accelerate the production process of injection molding tools.
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In order to calculate the life cycle of running blades, the University of Paderborn, Germany examined the durability of these prostheses. During load testing optical measuring systems were used.
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For the load, fatigue and damage tolerance tests of the A350 winglet, Airbus supplier FACC for the first time fully integrated non-contact measuring systems from GOM in the test setup.
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To speed up design and simulation, the automotive industry relies on optical measuring systems. Applications include crash and impact tests as well as climate chamber, wind tunnel and fatigue testing.
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Braun, the manufacturer of electrical bodycare appliances in Germany, introduced optical measuring systems to its quality assurance process. The systems have made new inspection practices possible.
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In order to speed up tool try-out during the manufacture of complex sheet metal parts, the Bernecker Group has combined a CAD/CAM solution with a simulation software and optical metrology.
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To support the training of maintenance crews for military helicopters under real-world conditions, Reiser Systemtechnik uses optical 3D metrology when building full-scale helicopter training rigs.
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Quality control of castings with tactile measuring systems has its limitations. Therefore, US steel foundry Bradken has implemented optical 3D metrology. This enables inspection processes to be accelerated.
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GEDIA’s new approach to quality control: The company is replacing tactile systems with full-surface optical 3D coordinate measurement. The new technology is also used for automated quality control.
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With the powerful optical 3D scanner ATOS Triple Scan, U.S. automotive group General Motors has cut the time it takes to produce the Chevrolet Volt.
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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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The press shop at BMW's Dingolfing plant relies on optical metrology systems including automation and standardization for inspection of sheet metal components.
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Dynamic 3D analysis of machine tools analyzes machine capability and extends tool life.
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Fast inspection of geometry, hole pattern, trim and spring on sheet metal parts.
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GOM's TRITOP 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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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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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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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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Distortion measurement of lightweight honeycomb structure on LISA Pathfinder Science Module in climate chamber predicts FEM deformation.
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3D deformation measurement improves rolling resistance and riding comfort in the development of new tires.
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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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Improved determination of yield stress for sheet metal materials.
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Knowledge of precise material quality helps R&D departments achieve shorter development times and fewer try-out iterations, at the same time guaranteeing product safety.
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Deformation measurement helps improve windscreen wiper performance.
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Quality Control, Efficiency Analysis and Efficiency Optimization on Turbines
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3D displacement measurement helps to reduce noise on a cooling fan.
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GOM's portable TRITOP 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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Online 3D strain measurement helps visualize the behavior of bonding technologies in lightweight constructions.
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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 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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Non-contact deformation analysis provides full-field 3D measurement of specimens under loads, even at high speed.
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Optical Measuring Techniques for the Determination and Visualization of 3D Displacements in Crash Investigations.
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GOM's ARGUS system speeds up optimization of the forming process while checking part safety at the same time.
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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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Salzgitter AG measures and visualizes the quality and status of the stamping process on sheet metal with the ARGUS system.
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ARAMIS detects flow behaviour of sheet metal material in high speed tensile test.
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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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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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Online 3D strain measurement helps visualize the behavior of bonding technologies in lightweight constructions.
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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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