Additive manufacturing (3D printing) offers manufacturers unprecedented design freedom...
measuring composition and determining structure.
Analytical techniques are repeatedly finding new applications in medical diagnostics, forensic- and life-science and industrial quality monitoring. We master the physics and chemistry involved in the analysis and have extensive experience with analysis/optical analysis techniques – ranging from microscopy, spectroscopy and cytometry to mass spectrometry and hyper spectral imaging. We use our optomechatronics expertise to develop precision instruments. We also contribute to innovating the analytical process flow. Things that come to mind here include sample preparation, new analysis features or intelligent data analysis.
"we industrialize and miniaturize analytical techniques."
We help manufacturers of analytical equipment in developing new concepts and deploying new (optical) techniques. We have a great deal of experience with the industrialization of new designs. In addition, we can make the analysis more efficient, for example by miniaturizing the process into a lab-on-a-chip.
Albert Borreman
more market segments.
additive manufacturing
handling
Delicate materials and products, such as chips, wafers, optical fibers, films, foils...
inspection
Inspection plays an increasingly larger role in monitoring the quality of production...
metrology
Research and industry are imposing increasingly higher demands on quality control...
qualification
High-tech systems must deliver complex functionality and therefore must meet strict...
semiconductors
Moore’s law continues to dictate the pace of the semiconductor industry. We...
thin-film technology
Researchers are achieving spectacular results in the laboratory with thin-film...
thermal management
Thermal effects determine the quality and accuracy of numerous high-tech systems and...
(ultra-high) vacuum
Many high-tech systems use (ultra-high) vacuum to enable sensitive processes to run..