Industrial 3D Measurement Techniques

GOM
 
Deformation Measurement | 3D Motion Analysis | Development
Development 
  
Advanced optical High-Speed testing: Investigations of materials and components utilizing High-Speed camerasAdvanced optical High-Speed testing
 
Measuring Systems: ARAMIS, PONTOS
 
Keywords: High-Speed Tensile test, crash, drop test, cell phone, machine tool, process optimization
 
When determining material characteristics, optical measuring techniques provide a larger validity range, particularly with respect to plastic deformation. Higher demands on crash safety in the automotive industry and on the dynamic behavior of other products require high-speed optical solutions because there, no sensor technology is exposed to the high speeds or accelerations.
3D Windscreen Wiper Deformation3D Windscreen Wiper Deformation
 
Measuring Systems: PONTOS
 
Keywords: Windscreen wiper
 
The deformation behavior of a windscreen wiper must be determined at the point of turn over. Both the local displacement normal to the windscreen and the in-plane deformation of the wiper are interesting in order to analyze the impulse of the wiper onto the windscreen and generate enough data to improve the wipers performance.
Use of optical measurement techniques in furniture designUse of optical measurement techniques in furniture design
 
Measuring Systems: ARAMIS, TRITOP
 
Keywords: Wood properties, wooden structure, timber
 
The process of furniture design can be made much more efficient by use of optical scanning for determining the geometry of a structure, and of optical techniques for deformation measurement of materials and structures loaded in different ways. Optical scanning can substantially reduce the time elapsing between the approval of a prototype and the start of its production.
High Speed Deformation Analysis of a Cooling FanHigh Speed Deformation Analysis of a Cooling Fan
 
Measuring Systems: PONTOS
 
Keywords: Rotation, blade deflection
 
The global and local 3D displacement and 3D deformation of a cooling fan at 2400 rpm is required. Futhermore a high number of simultaneously acquired measurement points and a result representation using a compensation of rotation is essential.
GOM mbH
Mittelweg 7-8
38106 Braunschweig
Germany
Tel.:+49 531 390 29 0
Fax.:+49 531 390 29 15
info@gom.com
www.gom.com
 
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