Technique de mesures 3D industrielles

GOM
 
Systèmes de Mesure | TRITOP | Système | Logiciel
TRITOP  
The TRITOP software perfectly supports the different applications of the TRITOP photogrammetric system.
 
 
Measurement
  • Measurement/Digitizing of single points and feature lines
  • Measurement of primitives and edges
  • Alignment of components with adapters (e.g. in Automotive Cubing)
  • TRITOP Deformation: Measurement of static deformation (climate chambers, loading, ...)

Photogrammetric Evaluation

  • Automatic orientation of all individual images
  • Highly accurate calculation of the 3D position of markers and adapters
  • Automatic compensation of the marker thickness
  • 3D graphical display of the resulting data
  • TRITOP Deformation: calculation of displacement fields

Transformation of measurement data

  • Transformation of 3D data into object defined coordinate system
  • TRITOP Deformation: Transformation of multiple load stages into a common coordinate system

Features

  • Precise definition of feature lines such as tape lines and edges with subpixel accuracy
  • Accurate and reliable detection of different hole shapes
  • Detection of the 3D position of patterns
  • Manual definition of 3D measurements on the basis of pixels

Primitives

  • Primitives (spheres, cylinders, cones, planes, lines, ...) can be generated from measured data (certified by PTB and NIST)
  • Intersection and projection of primitives
  • Export of primitives in iges format

Registration

  • Pre-registration and best-fit registration to reference data
  • Point based alignment to reference or CAD data (RPS)
  • Primitive/Datum based alignment to reference or CAD data (3-2-1)

Inspection

  • Import: CAD data, (CATIA V4/V5, Pro/Engineer, IGES, STEP, VDA, ...)
  • Import: measurement plans (DMIS, CATIA-List, ...)
  • Import: neutral inspection lists (ASCII, Excel, ...)
  • CAD-Management: Coordinate systems, tolerances, ...
  • Calculation of the deviation from measured data to reference data (points, sections or feature lines)
  • CMM Inspection: points, distances, angles, holepatterns, ...
  • Tolerances: calculation, visualization and export of deviation values
  • Visualization of deviations using color plot reports
  • Export of measured data and tolerances in tabular forms
  • Automatic inspection using macro functionality for quality control
  • Inspection Module certified by PTB and NIST
  • TRITOP Deformation: Displacement fields
  • TRITOP Deformation: Point positions, Distances, Angles
  • TRITOP Deformation: Deviations and displacements relative to CAD data instead reference stages

Geometrical Dimensioning and Tolerancing (GD&T)

  • User-friendly and professional workflow
  • Efficient selection tools for creating Fitting Elements to analyse geometrical elements
  • ISO 1101 and ASME Y14.5 standard tolerances available
  • clearly arranged Datum Systems

Documentation & Reporting

  • Predefined or customized templates for inspection reports (pdf)
  • Export of measurement plans (DMIS, CATIA-List, ...)
  • Export of inspection data as neutral file formats (HTML, Excel, ASCII, ...)
  • Export of reference points of frames/gauges for ATOS measurements
  • GOM Inspection Exchange Format (open source): easy exchange or optimized archiving of measuring and inspection data
  • Interfaces to ARAMIS, PONTOS, ATOS, ARGUS
  • TRITOP Deformation: Result data overlay on captured images
  • TRITOP Deformation: Result visualization of displacement images, graphical diagrams, analogue signals, ... in predefined or customized reports
  • TRITOP Deformation: Export functions for measuring arrays and selected data points
  • TRITOP Deformation: Optimized visualisation: linking of components (rigid body elements) to meshes or adapters, mesh moves with component
  • TRITOP Deformation: Generation of result-movies and image series
  • TRITOP Deformation: Automated update of reports

Automation & Scripting

  • Macro and scripting functionality for repetitive steps
  • Automatic Quality Control including image analysis, registration, calculation of the deviations, data evaluation and report generation

GOM Adapter

  • Measurement of primitives and hemmed edges
  • Alignment of components (e.g. in Automotive Cubing)
  • Adjustment of fixtures

Colored Meshes

  • Projection of color information from TRITOP images onto polygon mesh data
  • Import and export of color STL data

Help

  • Automated parameter suggestions for all important functions
  • Online Help

Hardware

  • Easily transportable systems
  • Certified scale bars support accurate measurements on small and large structures also at extreme temperature conditions
  • Wireless image transfer (WLAN)

Image Processing Computer & Operating Systems

  • Windows 32 Bit / 64 Bit, XP, Vista
  • Linux 64 Bit
  • 64 bitdualquad core image processing computer with up to 32 GB RAM
  • Software utilised for 4GB - 32GB RAM
  • Software optimized for multiple-core use (2, 4, 8 cores)
  • Free ATOS Viewer for Windows to share inspection results of complete sessions
 
 

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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