Proscan Software

Proscan Software

Proscan software is fast, accurate, 3D surface profilometry software. It is used in a wide variety of applications where analysis of a surface area is critical to the performance of a finished product or where the improvement of productivity and yield are important.

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Where speed and accuracy are important parameters, Proscan software is the ideal solution. Some of the applications where Proscan software has shown to be the preferred software solution include:

  • measurement of paper
  • profiling of flatness
  • inspection of microelectronic components
  • analysis of screen print
  • assessment of surface roughness
Proscan software – minimum training, maximum power
  • 3D presentation
  • 2D presentation
  • Plan view contour map
  • Auto or manual scaling
  • Selectable view orientation
  • On-line help
ASL – Gives you the flexibility
  • Automated sequence of functions
  • Custom report generation
  • Generation & retrieval of automated scanning sequences
  • User defined generation of custom data algorithms for data analysis
  • Custom numeric reports
  • Comparing two scans – display differential
Exporting data
  • Export data ASCII formats ZZZZ…LF & XYZLF…CR’a’
  • Bitmap for full colour plots
Datum setting
  • 2D X & Y plane visual fitting
  • 3 point user defined plane correction
  • Auto plane correction
  • 2 point scan rotation
  • Thin film thickness and layer height measurement
  • Dental applications such as erosion and tooth wear analysis
  • Medical application such as skin profile analysis using skin replica material
  • Embossed material surface characteristics, such as reproduction leather surfaces on synthetic materials
  • Layer thickness of screen printed devices such as electronic or biomedical medical devices
  • Detailed surface analysis in 3D of rolled aluminium and steel strip
  • 3D surface measurement for forensic analysis
  • Measurement of Piezoelectric ceramic devices
  • Wear of mechanical components to establish change in surface and material loss
  • Chemical etching process to determine etch depth and area
  • Groove depth and cross section analysis
  • Surface warpage and roughness analysis of electronic materials
  • Engraving depth on laser etched surfaces