Optical Measurement and Inspection with InfiniteFocus
Its operating principle combines the small depth of focus of an optical system with vertical scanning to provide topographical and colour information from the variation of focus.
Novel and unique algorithms reconstruct this into a single 3D data set with accurate topographical information. Traceable calibration standards allow the verification of measurement results. The instrument can be used in both the laboratory and during production, it can also be operated by semi skilled technicians where required. Automation of functions and analysis can also be added to make the instrument useable for the majority of surface metrology and inspection requirements.
Measurement of steep-sided flanksRegistered true color informationRough surfacesReflective geometriesHigh vertical resolution dynamic InfiniteFocus Inline
More Information
InfiniteFocus news:
New release InfiniteFocus 3.5!
Further products based on Focus-Variation:
InfiniteFocus Real 3D
InfiniteFocus Robot
EdgeMaster
New roughness standard provides traceable optical roughness measurement
Read more about calibration tools and standards!
See what trainings are offered for InfiniteFocus experts!
Visit the Alicona Academy
The Alicona Academy is an efficient free online training centre for optical 3D measurement in the micro- and nano range.
Press
- Effects of Tooth whitening and orange juice on surface properties of dental enamel
- Assessing fluoride treatment and resistance of dental enamel to soft dring erosion in vitro: Applicatons of focus variation 3D scanning microscopy and stylus profilometry
- Effect of Crevice Former on Corrosion Damage Propagation
- The Effects of Flow Rate on Pitting Corrosion of DSS2205
- Ghosting im Heatset-Rollenoffset
- Focus Variation - A new technology for high resolution optical 3D surface metrology
(to be presented at the "Conference of Application of Contemporary non-destructive Testing in Engineering", September 2009)
Recent publications: