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The answer is 'of couse, we can'! But 'why?' and 'what are the ways to do it?' are the actual questions that need to be answered.

It is possible to make the Printed Circuit Boards (PCB) thinner using a femtosecond laser.

Measuring is crucial, not only in development stage but also in serial production. It’s the only way to maintain quality standards and guarantee component functionality. Therefore, we’ve invested in a VK-X1100 ultra violet confocal laser scanning microscope.

In our factory with 4.0 technology, we aim to 3D print a watch. We use a femtosecond laser to create an optical effect, and we couldn’t be more impressed!

In its workshop in Diepenbeek Sirris is creating a new demonstrator, on which it will have to be possible to create smooth (3D) surfaces. Mechanical components with rough surfaces are preferably to be avoided. You will have to perform some time-consuming and expensive tricks to smoothen the surface ...

Vandewiele NV, a well-known weaving machine and textile system manufacturer, studied the options to implement laser curing to increase the quality of the machines and, at the same time, shorten the turnaround time.

LED lighting has the advantage of being small and providing a lot of light for lower energy consumption. A challenge is to keep the temperature of the LED low.

LED light is on the rise. This is because of the high efficiency, low energy consumption. One of the challenges is shaping the light beam according to customer needs with a minimum of lens material. We are investigating this aspect in collaboration with KU Leuven in the context of the ‘Lighting ...

Sirris and KU Leuven have started a cooperation to develop a new application of its femtosecond laser texturing technology in the field of ceramic prostheses, such as dental implants.

‘Flow Coating’ is ideal for coating items with complex geometrical structures. This technology provides a number of interesting benefits when compared to other coating technologies.