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 yeild are important.

Where speed and accuracy are important parameters, Proscan software is the solution. Some of the applications where Proscan software has shown to be the preferred software solution include the measurement of paper, profiling of flatness, inspection of microelectronic components, analysis of screen print and the assessment of surface roughness.

Proscan 2000 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

1. Thin film thickness and layer height measurement
2. Dental applications such as erosion and tooth wear analysis
3. Medical application such as skin profile analysis using skin replica material
4. Embossed material surface characteristics, such as reproduction leather surfaces on synthetic materials
5. Layer thickness of screen printed devices such as electronic or biomedical medical devices
6. Detailed surface analysis in 3D of rolled aluminium and steel strip
7. 3D surface measurement for forensic analysis
8. Measurement of Piezoelectric ceramic devices
9. Wear of mechanical components to establish change in surface and material loss
10. Chemical etching process to determine etch depth and area
11. Groove depth and cross section analysis
12. Surface warpage and roughness analysis of electronic materials
13. Engraving depth on laser etched surfaces