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The use of (real-time) data to adjust production processes - in machining the term is 'adaptive machining' - is the future of production. This is made possible by the increased availability of sensors. However, everything depends on having and understanding a standardised and structured model, in ...

Although the additive manufacturing (AM) technology has evolved substantially over the last decades, the overall end-to-end process involves many complex steps and still today requires manual input from an engineer at crucial points. Sirris has been collaborating with Materialise and Cr3do to create ...

ILIAS Solutions provides a technological platform for organisations that manage a large fleet of mobile and complex vehicles deployed worldwide. The most important component of this platform, I-UMS, is a smart device that can be mounted on a wide variety of vehicles. This device continuously ...

Many healthcare professionals seek technological assistance to assess medical conditions in a more objective way and provide personal advice. Materialise delivers software and equipment to measure and perform gait analysis, but the wide variety and the inherent complexity of human motion make the ...

Photovoltaic plants don’t always produce their maximum power, not only because of weather conditions but also due to other types of losses. These losses are caused by a soil or dirt, vegetation throwing a shade on top of the panel, or a low-standing sun shining in between the panels and causing ...

In machining processes, a recently developed cooling method using supercritical CO2 can make cryogenic cooling competitive with conventional coolants. This method offers some important advantages.

The use of (real-time) data to adjust production processes - in machining the term is 'adaptive machining' - is the future of production. This is made possible by the increased availability of sensors. However, everything depends on having and understanding a standardised and structured model, in ...

The NewSkin project aims to create an 'Open Innovation Test Bed' (OITB) to provide with technologies, resources and services to uptake a set of innovative processes to manufacture nano-enabled products, and the testing capabilities to demonstrate the features of nano-enhanced goods. During the ...