More than 30 Flemish and Dutch companies and research institutions teamed up to build one impressive 24m² dome structure: a telling proof of the potential of 3D printing as well as the strength of the local ecosystem. In fact, “The Ambigram” – as the dome was titled – consists largely of 130 3D printed pieces.
This allows the installation to serve as both a demonstrator of the technology as well as a recyclable exhibition stand. Once the printed pieces were at hand, the structure consisting of more than 400 single pieces was assembled in less than a day. Hence, the AMbigram is a worldwide first.
Flam3D, the Flemish-Dutch 3D printing association, will unveil the demonstrator at the Formnext 2022 fair in Germany, the world’s largest 3D printing fair. The AMbigram is the first 3D printed exhibition stand that will shine at the international trade fair. As a result, the region will not only be represented on the largest group stand, but also with the largest demonstrator ever built by the largest number of participants.
The demonstrator concept around Additive Manufacturing (AM) in the shape of a futuristic dome construction serves as a vehicle to demonstrate more than 130 3D printed parts, both polymer and metal, ranging from S to XXL, and in 15 different 3D printing technologies. With this demonstrator, the initiators mainly want to bring 3D printing closer to potential users.
Flam3D is the industries’ umbrella organisation in Flanders and the Netherlands. They initiated and guided the project, with a clear objective in mind:
“3D printing is already considered a full-fledged manufacturing technology, but it remains a challenge for many companies to deploy the technology where it is useful and relevant. We were looking for a way to make that deployment visible and tangible”, explains Kris Binon, director of the organisation. “You have a set of technologies here that gives you opportunities to make your products faster, cheaper and/or better. Our companies can really benefit from that.”
“The AMbigram illustrates some of the advantages that Additive Manufacturing offers to gain a competitive advantage”, Kris Binon of Flam3D further explains. “First of all, the technology grants incredible freedom of shape, without sacrificing strength. This results in additional design flexibility, which also makes the construction ideal for reuse at fairs and events. In that respect, the dome is a sustainable project. None of it ends up in the bin after a trade fair.”
In fact, Flam3D had been thinking for a while about how it could work more sustainably. The organisation takes part in an average of 6-7 exhibitions a year, and an individual booth is almost never recyclable. In that respect, the AMbigram is at once an opportunity to talk about the potential of 3D printing in relation to sustainability.
The AMbigram – the largest AM network materialised
The AMbigram consists of more than 130 3D printed parts, ranging from connectors and support pillars to entire tabletops. More than 30 different companies and research institutes contributed to the design and/or printing of this impressive puzzle.
“A collaboration between 30 players in 3D printing is a unique achievement in itself”, explains Fran Dendooven, communications manager of Flam3D. “But on top of that, we should also be immensely proud of the final result. An exhibition booth measuring 4 by 6 metres made using Additive Manufacturing is still unseen to date.”
The AMbigram is an impressive achievement of the following Flemish and Dutch companies and research institutes active in Additive Manufacturing: 3D&I, 3iD, 3D Maastricht, AMPC Solutions, AMR Europe, Bekking 3D, BUDA::lab, Buhlmann, Bulcke Technical Printing, Centexbel, Deceuninck, Design8, ESMA, FabLab Leuven, Formando, Guaranteed, Howest, Inzert 3D, KU Leuven, Materialise, MX3D, Odisee, OMD3D, Parts on Demand, Poly Products, QDP, Seido Systems, Thomas More Hogeschool, Valcun, Ghent University, VDAB and Hogeschool Windesheim. Kunststofshop.nl is sponsor of the tubes. The design was realised by Jeremy Bertrand and Melvin Lauwers as part of their bachelor’s thesis at Thomas More Hogeschool.
The AMbigram will be on display at the Formnext fair in Frankfurt, Germany, from 15 to 18 November. Afterwards, the creation will be touring fairs and events at home and abroad for several years. An accompanying interactive VR visualisation and personal explanations will further clarify the Additive Manufacturing technology and its potential use. In addition, the AMbigramwill be made available for the general public to admire at informative locations in between trade fairs. Through the project, Flam3D also wants to continue to “inform and inspire” the general public to apply 3D printing meaningfully.
For more information, please visit www.flam3d.org.