Luyten 3D

26/04/2026

When a field comes under the scrutiny of its most exacting institutions, the signal is unmistakable: it has moved from novelty to engineering discipline.

LUYTEN is honoured to be featured in Ingenia, the flagship publication of the Royal Academy of Engineering, a forum where the world’s most consequential engineering advances are examined with rigour and authority.

In periods of technological transition, it is not uncommon for narratives to outpace substance. Early industries often attract a spectrum of claims, some aspirational, others less so. Over time, however, the distinction becomes clear. Those who operate within a system are not the same as those who engineer it. The craft of preparation is not equivalent to the design of the machine that defines performance, repeatability, and scale.

LUYTEN’s role has been consistent and deliberate. We are manufacturers of industrial-scale construction systems. We design and produce the printers, materials, and control architectures that enable the construction sector to transition into a manufacturing paradigm.

It is within this framework that LUYTEN delivered Australia’s first fully 3D printed multi-storey house as a continuous, on-site structural build. Not a segmented installation, nor a staged assembly, but a single integrated structure executed under real-world constraints.

These are verifiable firsts. They are part of a broader track record grounded in deployment, not declaration.

As additive construction advances toward standardisation, the industry will increasingly be defined by those whose systems can withstand scrutiny, operate at scale, and deliver repeatable outcomes in the field.

Recognition within leading engineering discourse reflects this shift. The conversation is no longer about possibility, but about proof.

The future standard will not be shaped by noise. It will be set by engineering.

Read here:
https://www.ingenia.org.uk/articles/can-3d-printed-concrete-set-new-standards-in-housebuilding/

Ingenia focuses on all aspects of engineering. Our articles showcase a wide range of engineering and technology innovation, from robotics and data to the latest in renewable energy and medical technologies.

12/04/2026

RAPID + TCT 2026 opens tomorrow in Boston.

LUYTEN® is now positioned at Booth 1653, and we look forward to engaging with industry leaders, partners, and institutions as the global additive manufacturing community converges.

Our team has mapped our location within the exhibition floor to ensure seamless access for those planning to connect. As large scale additive construction continues its transition from experimentation to deployment, conversations at this year’s event are expected to reflect a clear shift toward industrial ex*****on.

For those attending, we welcome you to visit our booth and explore how LUYTEN systems are supporting the next phase of construction through robotics, advanced materials, and AI informed processes.

Boston. Booth 1653. Beginning tomorrow.

31/03/2026

LUYTEN® announces its participation in RAPID + TCT 2025 in Boston this April, where we will present Australia’s most advanced large scale construction 3D printing systems on a global stage.

RAPID + TCT stands as North America’s principal forum for additive manufacturing, where leading technologies transition from research into industrial deployment. With more than 450 technology providers and over 200 expert speakers, the event reflects a clear inflection point as additive manufacturing scales into real world production across materials, automation, and large format systems.

At LUYTEN, we view this moment as part of a broader industrial shift. Construction is no longer bound to conventional methods but is increasingly defined by programmable systems, robotics, and AI informed process control. The convergence of these disciplines is not theoretical. It is operational, and it is accelerating.

For developers, institutions, and industry partners engaging with the next phase of construction, RAPID + TCT offers a meaningful platform to explore collaboration and deployment pathways with our North American team.

We invite you to visit us at booth 1653 and experience how LUYTEN is advancing the future of large scale additive construction.

26/03/2026

À Monaco, la PropTech confirme son rôle de moteur de transformation de l’immobilier

Le Gouvernement Princier a réuni, jeudi 19 mars 2026, au Yacht Club de Monaco, près de 300 participants à l’occasion de la 5ᵉ édition du Monaco PropTech Symposia, organisée sur le thème « PropTech : Accelerator of Innovation & Growth in Real Estate ».

Porté par la Délégation Interministérielle chargée de la Transition Numérique (DITN), à travers sa Cellule Économie Numérique, cet événement illustre la volonté du Gouvernement Princier de structurer et d’animer les réflexions autour des transformations numériques des secteurs économiques stratégiques. Organisé dans le cadre du Monaco International Investment Forum, il s’inscrit également dans le programme de la chaire « Real Estate Tech » menée en partenariat avec l’ESCP Business School.

En réunissant investisseurs, entrepreneurs, chercheurs et décideurs publics, le Monaco PropTech Symposia s’affirme comme un espace de dialogue privilégié pour analyser les mutations profondes du secteur immobilier à l’échelle internationale. Cette 5ᵉ édition marque une évolution notable : là où les précédentes rencontres mettaient en lumière l’émergence de nouvelles technologies, les échanges ont cette année souligné leur impact désormais direct sur les dynamiques de marché et la création de valeur.

La conférence, animée par Geneviève Berti, Directrice de la Communication du Gouvernement, a réuni plusieurs figures internationales de la PropTech. Jaime Luque, Professeur d’immobilier et Directeur du Real Estate Institute à l’ESCP Business School, Miguel Nigorra, Associé et Responsable Europe chez Fifth Wall, Ahmed Mahil, Président-directeur général de LUYTEN 3D, ainsi que Jesse Witkowski, Fondateur de DFX, ont partagé leurs analyses sur l’évolution des modèles économiques du secteur. Leurs interventions ont notamment mis en évidence le rôle croissant de l’intelligence artificielle dans l’allocation du capital, l’essor de nouvelles plateformes d’investissement et l’émergence de technologies de construction plus rapides, durables et industrialisées.

En ouverture, Ludmilla Raconnat Le Goff, Déléguée en charge de l’Attractivité auprès du Ministre d’État, a rappelé l’importance de l’innovation dans le renforcement de l’attractivité de la Principauté.

Pascal Rouison, Responsable de la Délégation Interministérielle chargée de la Transition Numérique, a conclu les échanges en rappelant le rôle structurant de la DITN dans l’accompagnement de la transformation numérique et le déploiement d’initiatives au service de l’innovation et de la compétitivité.

La soirée s’est poursuivie par un temps d’échanges entre participants, confirmant la dynamique collective portée notamment par la DITN et sa Cellule Économie Numérique pour fédérer un écosystème international autour des enjeux de la PropTech. À travers ce symposium, Monaco réaffirme son positionnement comme un territoire d’innovation et de dialogue, au croisement de la technologie, de la finance et de l’immobilier.

© Direction de la Communication - Stéphane Danna

11/03/2026

The LUYTEN Platypus x4 is now at work in California with Concretta Homes, as LUYTEN systems begin to take their place across the United States.

Designed as a modular, AI-enabled construction platform, the Platypus x4 assembles in minutes and adapts to the realities of the jobsite, maintaining precise layer control without the repeated repositioning or string-line setups that have traditionally slowed construction-scale printing.

Paired with UltimateCrete, the system enables the efficient delivery of fire-resistant homes with the consistency required for real-world construction.

The Platypus series has steadily become one of the most widely adopted construction 3D printing systems globally, now operating across five continents and supporting builders who are ready to modernise how housing is delivered.

We are proud to be working with Concretta Homes and other forward-thinking partners bringing construction robotics into practical use across the American market.

23/02/2026

Concrete… that can be printed… underwater. Australian researchers from the University of Wollongong, in collaboration with Luyten, have successfully developed an experimental 3D concrete printing system that works directly beneath the surface without washing away.

Unlike traditional underwater concrete methods that depend on chemical anti-washout additives, this innovation uses a specially engineered mix that remains cohesive and stable in water. The material holds its shape and cures layer by layer, making true underwater additive manufacturing possible.

This breakthrough could reshape marine construction, especially in building seawalls, bridge pylons, artificial reefs, and offshore energy foundations. Printing structures directly in place may significantly reduce costs, labor intensity, and environmental disruption.

Although still in early testing stages, the technology shows promise for addressing rising coastal infrastructure demands as sea levels and extreme weather events increase globally. Engineers are closely watching its potential for sustainable marine development.

If successfully scaled, underwater 3D printing could become a game-changing tool for future ocean engineering projects.

23/02/2026

Researchers from the University of Wollongong and construction firm LUYTEN 3D have developed what they describe as the world’s first underwater 3D concrete printing system that works without chemical accelerators.

The innovation uses a single-mix concrete formula engineered to set underwater purely through material design, removing the need for complex multi-stage processes.

Project lead Aziz Ahmed said early trials confirmed the solution is not only theoretically sound but also practically viable. Testing showed the concrete resists washout and maintains structural strength while being printed underwater.

The technology could support construction in ports, offshore wind farms, and defense infrastructure, including potential submarine-related applications.

22/02/2026

Thanks 7NEWS for the nice report!
For centuries, underwater construction has been governed by containment, compromise and chemical acceleration.

That paradigm has now shifted.

In collaboration with the University of Wollongong, LUYTEN has delivered Australia’s first submerged 3D concrete printing system and the world’s first accelerator-free, single-mix formulation engineered to build with stability below the waterline.

This is not simply a materials milestone. It is the convergence of robotics, advanced manufacturing and material science into a deployable marine capability.

For defence, ports and offshore energy, the implications are strategic: infrastructure fabricated directly in situ, with reduced disruption and greater operational resilience.

A new chapter in construction-scale manufacturing begins underwater.

The demonstration speaks for itself.

link for the news report in the first comment

22/02/2026

21/02/2026

20/02/2026

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