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Additive manufacturing - (AM) - or 3D printing technologies have soared in recent years. Thanks to this evolution, we can now design and produce parts with (superior) properties that cannot be made with classical production methods. If, as a result, the designer makes maximum use of his design ...

Who has not heard of the fantastic benefits that additive manufacturing (AM) technologies have brought to real world applications? We are now seeing parts designed that are lighter, more efficient and that are fancy. Several new technologies in AM have popped up and old ones are getting highly ...

The Bio-Manufacturing project, coordinated by Sirris, has been elected by the Walloon Region to participate in the RegioStars Awards, that rewards the best European regional projects.

There are several very different ways or technologies to produce parts with additive manufacturing. The ASTM ranges them in seven categories. Because they work differently, specific rules have to be followed if you intend to design a part with one of them. In this second blog, we discuss the ...

Granutools wants to offer technology to assess the spreadability of metallic powders and therefore called upon the expertise of Sirris. Sirris assisted Granutools in selecting the powders to be tested (based on a study of how easily the powders can be spread, according to the experience Sirris had ...

After a qualification campaign, Sirris has obtained Airbus APWorks certification and has joined the international network of Scalmalloy® users. This high-performance alloy can now be tested by companies.

The production and maintenance of quartz burners was causing some trouble. That's why Philips decided to redesign the burners, with the help of Sirris' expertise in additive manufacturing.

The quality of the powders used in additive manufacturing is crucial for achieving good parts. It is the subject of discussions in the standardisation committees.