Search: you searched for ''

The Internet of Things is conquering the world, already well established in some domains and starting a revolution in others, such as the medical and patient care sector. The new upcoming applications may require other integration techniques to be considered. Enter '3D-PID', developed by Sirris ...

Biofilms - layers of micro-organisms in a mucus layer which is adhered to a surface - are considered a nuisance in many sectors and are therefore fought against. However, they also offer protection and can be useful, for example, as a living skin for architecture, which is what an innovation project ...

Controlling and adjusting production machining through the use of data - including real-time data - is called 'adaptive processing'. It’s the future of production and is made possible by the increased availability of sensors. However, everything depends on having and understanding a standardised and ...

On the online platform ‘Model-based machining’ you can find calculation models that use information from tool life curves for finding the most economical cutting speed. This lets you select the most cost-effective machining process. We are organising training courses to help with the practical ...

Everyone gains from the ability to deliver sustainable quality to the steel processing industry. Nevertheless, new steel techniques and steel compositions are causing a lot of headaches for many coaters and galvanizers. That is why VOM, ZINKINFO and Sirris want to start a joint investigation into ...

The freedom 3D printing provides has solved numerous technical challenges by allowing manufacturing of high-technicity parts straight, but some technical challenges still remain unsolved. Sirris aims to make a change here with its developments in thermoplastic additive manufacturing.

The development of AI technology is going at high speed. A new system shows how images can be generated from text.

Tool monitoring is needed in the milling process in order to be able to automate it and to ensure the quality of the products. This is not an easy task where micromilling tools are involved, but acoustic sensors can offer a solution for this.

Vibrational response plays an essential role in the performance of machine tools and machining processes, which directly affects the material removal rate and workpiece surface quality, as well as dimensional and form accuracy. It is, however, still a topic that is least understood in manufacturing ...

Printing technologies become, in manufacturing electronic components, an innovative method to produce a large range of devices including lighting, medical devices, batteries, solar cells, sensors, RFID antennas, … In comparison with classical technologies based on photolithography and subtractive ...