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Longtemps opposés, luxe et impression 3D tendent aujourd’hui à se rapprocher. Entre innovation, personnalisation et nouvelles possibilités de création, la fabrication additive redéfinit progressivement les codes de la valeur dans les industries les plus exigeantes.

En 2026, l’impression 3D industrielle confirme son rôle stratégique avec une croissance soutenue du marché, portée par l’innovation technologique, la personnalisation et la transition vers une production plus durable.

Souvent associée au prototypage ou aux objets décoratifs, l’impression 3D permet aujourd’hui de produire aussi bien des pièces esthétiques que des pièces fonctionnelles. Matériaux, contraintes, usages : découvrez comment adapter votre fabrication additive à chaque besoin.

Malgré les avancées de la fabrication additive, certains matériaux restent difficiles à industrialiser. Température, hygrométrie, répétabilité : quels sont les véritables verrous techniques en impression 3D industrielle et comment les surmonter ?

L’impression 3D grand format s’impose progressivement dans la construction navale. Entre automatisation, réduction des déchets et production accélérée, la fabrication additive ouvre la voie à une transformation profonde du secteur maritime.

In Season 5 of the series Stranger Things, 3D printing plays a key role in the creation of spectacular creatures and props. Beyond entertainment, this example illustrates how additive manufacturing is already transforming many industrial sectors.

Industrial 3D printing is establishing itself as a strategic lever for many sectors. But which industries will best harness its potential in the coming years? An analysis of the industries where additive manufacturing is expected to have the greatest impact by 2030.

The integration of 3D-printed titanium structural parts into the Airbus A350 marks a decisive step for additive manufacturing. Thanks to wire-Directed Energy Deposition (w-DED) technology, metal 3D printing is fully entering the era of industrial serial production.

In industrial 3D printing, choosing the material is just as strategic as choosing the machine. ABS or TPU: rigid and resistant or flexible and cushioning? Discover a clear comparison to select the polymer best suited to your mechanical, thermal, and functional constraints.

If the performance of 3D printing machines is improving rapidly, the real revolution may well come from materials. Microstructure, mechanical properties, hybridization, sustainability: industrial additive manufacturing is entering a new era where material control becomes strategic.

Despite widespread adoption in prototyping, industrial 3D printing still struggles to establish itself fully in production. Reliability, repeatability, part qualification, integration into existing processes: what are the real obstacles today, and how can they be sustainably overcome?

In 2025, 3D printing is no longer a niche technology. SMEs, mid-sized companies, and large industrial players adopt it to gain speed, flexibility, and autonomy. Discover why additive manufacturing is becoming a true lever of industrial performance in France and Europe.

The market for additive manufacturing in aerospace is experiencing spectacular growth, driven by the adoption of flight-ready certified parts, advanced materials, and the integration of 3D printing into industrial processes, a development that confirms its strategic role in the aerospace production of tomorrow. Source: Aerospace Additive Manufacturing Market Report 2026 – ResearchAndMarkets / GlobeNewswire

Invité par Primante3D dans le cadre d’une série consacrée à l’impression 3D polymère grand format, eMotion Tech revient sur son positionnement industriel, ses innovations technologiques et ses ambitions pour les années à venir.

Dans la saison 5 de la série Stranger Things, l’impression 3D joue un rôle clé dans la création de créatures et d’accessoires spectaculaires. Au-delà du divertissement, cet exemple illustre comment la fabrication additive transforme déjà de nombreux secteurs industriels.