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See also our Scientific Solution
We have selected some representative projects from amongst the many we have built for the scientific research community. These give an indication of the broad range of problems we have tackled using our extensive technical knowledge and experience in vision based systems.
Contrôle de présence de repères de couleur sur des ressorts Production quality control
Software for controlling the presence and color quality of machine painted spots, used to identify car springs in their assembly. Involves:
- Verification of the correct positioning of the paint spots on a helical surface.
- Classification of the springs by absence or presence of the paint spots on specific coils of the spring.
  Analyse colorimétriques de LEDs Analyse and control of LEDs
Analyse color of the electro luminescent diodes and interpretation of the results from a CIE chromaticity diagram.
- Detecting the RGB color intensities.
- Conversion of RGB values to CIE coordinates.
- Production of the results in a CIE diagram.
- Automatic control of camera (black/white balance, shutter speed, gain...).
   

Analyse de crash test automobile Crash test analysis
Vision techniques applied to the analysis of movement. Involves:
- Creating marking vectors and tracking them over a sequence of images.
- Automatic tracking and shape recognition of objects in the image (pattern matching).
- Option to predict movement of objects by theoretical calculation of trajectory.
- Option to save a sequence, with its markers, in a AVI file format.
 Saving the results in graph or table format to EXCEL (velocity, acceleration, trajectory...).
- Supporting specialized outputs from high speed cameras.

Inspection des sytèmes d'affichage à cristaux liquides Inspection of Liquid Crystal Display screens
Test and control of cellular phone LCD screens. Involves:
- Detection of faulty inclination of the screen.
- Detection of faulty pixels (checkerboard test).
- Detection of icons.
- Detection of manufacturers' logo.
- Measurement of backlighting.
- Measurelent of contrast.
- Validation of the casing color.
- Validation of the quality of color printed patterns (hang up = red, dial = green...).
   
Contrôle d'impression sur papier Control paper print quality
Analyse the quality of paper print, involves:
- Determining the coefficient of ink smudging.
- Determining the color fusion coefficient.
- Determining the print precision.
Assistance à un robot de thermo-collage par logiciel de vision  Guiding system for heat scalant robot
Computer controlled vision system to guide robot in heat seal flexible connectors, involves:
- Detecting the two elements to be sealed with high precision.
- Guiding the motor to correctly align the two elements.
       
isolant Detection of impurities in electrical insulation material
Quality control of plastic strips samples used in fabrication of high tension electric cable, involves:
- Detecting holes/faults on the plastic strips.
- Determining position, level and classification of impurities in the plastic.
- Statistical analysis of the results, export data in table form to a computer file.
Contrôle d'aspect et des dimensions de gélules pharmaceutiques Quality control of manufactured pharmaceutical pills
Controlling size ans other faults types in manufactured pharmaceutical pills, in poor lighting conditions, involves:
- Measurement of roundness of pills.
- Detection and verification of correct color.
- Analysis of the homogeinity of blister pack.
- Classification of faults.
       
Contrôle d'aspect et des dimensions de gélules pharmaceutiques Controlling correct assembly of electronic board components
On-line verification of the presence, position and orientation of electronic components that are recognised by their shape, involves:
- Learning from a master reference board.
- Detection being invariant of position, ange of rotation, and magnification of the board image.
- Detection being robust to lighting variations.
Analyse colorimétriques de LEDs  Certification of laser beam characteristics
Real time control and diagnostic of laser beam characteristics, involves:
- Profiling of user defined and automatically determined axes.
- Fitting polynomial curves to the laser beam profiles.
- Calculation of the center of energy intensity.
- Calculation of the overall energy in user defined units.
- Measurement of the morphological characteristics of the beam.
- Visualisation of the beam stability.
- Measurements made on part (ROI defined, thresholding) or all of the beam.

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