Few technological advances may shape our world in a way additive manufacturing will. Structured light cast on photosensitive polymers has the power to re-shape entire value chains and bring offshore manufacturing jobs back to our economies. In-Vision developed the world's leading UV DLP projectors for 3D printers. Through our light engines millions of products are built every day.

Beside additive manufacturing techniques people were trying to answer the question "Can we 3D-print tissues/organs?". This question is as complex as tissues themselves.

Biofabrication offers the opportunity to reconstruct the structural and functional complexity of human tissues. This rapidly evolving technology presents many challenges that can be addressed with high-precision DLP projectors. In-Vision’s digital light engines are optimized for the requirements of biological applications. At pixel sizes down to 2 um, In-Vision’s lenses provide highest MTF and distortion specifications.

Due to massive capital requirements for masks in wafer manufacturing, prototyping or small-batch production was not possible in the past. By the application of structured light - with precision of down to 2µm - we are able to facilitate maskless wafer production which we believe will be a game-changer for many technological applications.

By casting high-resolution images on a specific object we are able to determine its exact dimensions within seconds. Our DLP®-based light engines for metrology applications are built in mobile as well as on-premise robots. Our product range offers maximum flexibility to measure anything from the smallest component to large industrial goods. You may even change optical lenses on the go - only possible through precise engineering by our team.

We believe that structured light cast through DLP®-based technology has the power to transform many industries. Next to the applications mentioned above, we are constantly exploring other areas of activity. With support of international partners from both business and academia, we pursue research projects to develop tomorrow's products.