Industriële 3D meettechniek

Materiaal en Componenten testen

The GOM measuring systems provide the right tools for the understanding of materials and components as they are independent from material, size and geometry.

GOM's measuring systems consider the real component geometry which is not possible with traditional measuring devices such as strain gauges, displacement sensors (LVDT), vibrometers, etc.

3D measurement results are always required as a 3D object leads to non-linear deformation behavior. The GOM measuring systems can link to the component's original 3D CAD data for transformations, direct comparisons and visualizations.

They provide all results for static and dynamic tests even at high speeds for smallest to largest components for:

  • Strength assessment
  • Vibration analysis
  • Durability studies
  • Crash tests
ARAMIS is the unique solution delivering complete 3D surface, displacement and strain results where a large number of traditional measuring devices are normally required (strain gauges, LVDTs, extensometers, ...).
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The optimization of sheet metal forming processes, considering the right material choice and tool optimization, is a decisive factor for competitiveness, particularly in the automotive industry. The optical 3D forming analysis system ARGUS supports such optimization processes.
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PONTOS replaces conventional displacement measuring systems and accelerometers. Independent of the structures to be measured, displacements and deformations are captured rapidly in a non-contact manner.
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TRITOP Deformation is an optical, mobile, measurement system, which accurately defines the 3D coordinates of object points at quasi-static conditions. Based on this information TRITOP Deformation is capable of calculating 3D displacements and deformations of objects and components.
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