Applications for Confocal Systems in Materials Microscopy

	Fast recording of material profiles Use optical profilometry – highly resolved topographies verify all heights and depths of a surface finish.		Miniaturized complex 3D structures Practise non-contact optical surface analysis – navigate with speed and accuracy, measure your microstructures.		StitchArt plus - software module Benefit from extended line profiles or image stack arrays – automatically acquired, precisely assembled and quantified.
	New light thrown on polymers Construct 3D views of expanded plastics, microfiber fabrics etc. – visualize hidden structures.		Analyzing bio-materials Combine the strengths of multi-fluorescence analysis with precise optical surface reconstruction.		Topography - software module Extract, process, measure and present height information of 3D surface topographies.
	Quality Control Combine conventional optical microscopes with the analysis functions of a tactile roughness measuring instrument.		Roughness Analysis Benefit from complete functionality of a non-contact optical 3D profilometer.		Layer Thickness Evaluation Evaluate the thickness of transparent layers quickly using a non-contact method.
	Metallic Surfaces Enable development of new materials – support your quality assurance, improve research and development.		Polymer/Glass Samples Research and quality control of optical and transparent components.		Solar Cells Make your research, development and production in the solar industry more efficient.
	Electronics/Micro-Mechanics Guarantee that your products, in all their complexity, meet the high technical demands placed on them.		Paper/Printing Industries Benefit from brilliant optical possibilities – measure and get a meaningful display of results.		Medical Engineering Characterize surfaces in medical and dental engineering – using a non-contact optical 3D profilometer.