80
frequency spectrum and power spectrum density plots - carry out autocorrelation and intercorrelation studies.
•
Fractal analysis
- analyze the fractal dimension of a profile using the enclosing boxes and morphological
envelope methods.
•
Overcome measurement limits virtually
- join overlapping profiles to overcome physical measurement limits
virtually, with automatic calculation of the overlap zone.
•
Statistical analysis of series of profiles or multiple profiles extracted from the same surface
- load a series
profiles measured by 2D profilometers or load surfaces measured by 3D profilometers and extract one or more
profiles for analysis - analyze series of profiles or multiple profiles extracted from the same surface statistically
(trend plots, scatter plots, histograms) for process control or to achieve more reliable results.
Contour Analysis
All the essential tools for geometric dimensioning & tolerancing of profiles
•
Calculate dimensions of profiles using interactive tools
- calculate dimensions including distances, radii,
diameters and angles.
•
Define & display pass/fail criteria with tolerances for any dimension
•
Save time & increase productivity with automation features
- save your contour analysis steps and reapply
them on other profiles
Statistics
Automated easy to use statistics for multiple measurement populations
•
Automated data preparation
– apply a template to analyze each measurement in a population automatically and
generate one analysis document per measurement containing all of the parameters for statistical analysis.
•
Multiple populations
- define multiple populations for statistical analysis by simply selecting the analysis
documents corresponding to each measurement population or by specifying the folder where they are located -
calculate statistics for one or more populations including dimensions (distances, areas, volumes, step heights,
angles) and parameters (e.g. ISO 4287 or ISO 25178 parameters).
Figure 90. Contour Analysis
Figure 91 Statistics
