Luyten 3D

26/10/2026

LUYTEN has been shortlisted for the 2026 Deloitte Tech Fast 50 Australia awards.

For 25 years, the program has recognised Australian technology companies translating innovation into commercial growth. We are proud to be part of this year’s shortlist.

Founded in Melbourne in 2020, LUYTEN has grown into one of the world’s largest manufacturers of large scale construction 3D printing systems, with technology deployed across five continents.

Our business brings together three capabilities essential to construction automation: robotics, proprietary materials and software. By developing them together, we can engineer the complete process—from digital design and material formulation to controlled deposition on site.

That approach has supported a record of significant achievements, including Australia’s first code compliant 3D printed home, the Southern Hemisphere’s first multi-storey 3D printed home, and pioneering underwater concrete printing.

Today, our PLATYPUS range and ASCEND A27 platform address construction at different scales. Ultimatecrete® Earth and Ultimatecrete® Aqua extend our materials capabilities into earth-based and submerged construction. Project MEEKA explores how these engineering disciplines could support future lunar habitats.

Each development advances the same objective: to make construction more productive, expand design possibilities and bring industrial precision to environments where building is difficult.

This shortlisting marks an important milestone for our people and the research, manufacturing and commercial partnerships behind LUYTEN’s progress.

We thank Deloitte Australia and congratulate our fellow shortlisted companies.

Our next chapter is about scale: taking Australian engineering further, strengthening manufacturing capability and delivering the technology that helps the world build better.

13/10/2026

California’s largest mobile 3D construction printer has arrived in Los Angeles. And it’s already at work.

The LUYTEN® PLATYPUS® X4 SE, operated by Concretta Homes in Long Beach, brings mobile, modular construction robotics to fire resistant housing with capabilities extending to printed walls, integrated structural columns and engineered multi-storey buildings.

Beyond housing, the platform will support seawall construction and coastal protection, drawing on LUYTEN’s pioneering underwater concrete printing technology and specialised Ultimatecrete® materials.

From Australia’s first full-scale, engineering-certified, code-compliant 3D-printed building to its first multi-storey printed house, LUYTEN’s milestones have become construction capability deployed across five continents.

Now, the next chapter is taking shape in California.

LUYTEN robotics. Concretta Homes. Built for resilience.

02/10/2026

What if the future of construction could be printed from the ground beneath our feet?

At LUYTEN , we are continuing to push the limits of direct raw earth 3D construction printing.

This work has been strengthened by the contribution, collaboration and technical insight of our research colleagues across Swinburne University of Technology and UNSW, whose researchers continue to play an important role in advancing materials, engineering and construction 3D printing research alongside LUYTEN.

Together with researchers from Swinburne, LUYTEN developed Ultimatecrete® Earth to explore how raw earth can be transformed into a digitally controlled construction material suitable for advanced additive manufacturing.

But the work does not stop at proving that earth can be printed.

We continue to test how far the material can be pushed exploring complex geometries, extrusion stability, layer bonding, material behaviour, structural performance and robotic fabrication limits.

The attached video shows a LUYTEN system printing a highly complex form using an earth-based material.

This is where one of humanity’s oldest construction materials meets advanced robotics, digital design and modern materials science.

We are especially grateful to the researchers, academics and technical teams at Swinburne University of Technology and UNSW who continue to contribute their expertise, challenge assumptions and help expand what is technically possible in construction-scale additive manufacturing.

Less processing.
More local material.
More design freedom.
More collaboration between industry and research.

We are still testing the limits.

And that is exactly the point.

The future doesn’t arrive on its own. It gets engineered.

17/08/2026

The Future of Prefabrication Is Being Built Differently.

Modern Methods of Construction will only reach their full potential when construction starts behaving more like manufacturing.

3D Concrete Printing is helping make that transition possible.

For prefab manufacturers, 3DCP introduces a fundamentally different approach to producing concrete components. Instead of relying heavily on conventional formwork, manual processes and fixed production methods, digital designs can be translated directly into automated concrete deposition.

The result is a manufacturing process designed around flexibility, automation and repeatability.

The LUYTEN Platypus X1 and X2 demonstrate how this can be achieved without requiring massive industrial infrastructure.

The Platypus X1 weighs just 125 kg, making it exceptionally lightweight and practical to move, transport and deploy across different production environments.

The Platypus X2 weighs 350 kg, providing a larger printing capability while remaining remarkably compact compared with traditional large scale construction machinery.

This matters for prefab.

Lighter robotic systems can mean simpler logistics, faster setup and greater flexibility in how production facilities are configured. Instead of designing an entire factory around a fixed machine, the manufacturing process can increasingly be designed around the requirements of the project.

3DCP can enable:

Greater design freedom without complex formwork

Reduced reliance on labour intensive processes

More efficient use of concrete

Rapid changes between component designs

Digital control from design through to production

Mass customisation without traditional tooling

Flexible production that can respond to project requirements

The real opportunity is therefore much bigger than printing a wall.

It is the possibility of transforming concrete construction from a predominantly manual process into a digitally controlled manufacturing process.

As the construction industry searches for scalable solutions to labour shortages, productivity constraints, material efficiency and increasing demand for housing and infrastructure, technologies that make construction more automated and adaptable will become increasingly important.

The next generation of prefab may not simply manufacture faster.

It may manufacture differently.

14/08/2026

Australia just made history in ocean engineering. 🌊 Researchers at the University of Wollongong, working with LUYTEN 3D, have built the world's first underwater 3D concrete printer, and it's already changing how we think about building beneath the waves.

Normally, underwater construction needs divers, heavy equipment, and chemical additives just to stop concrete from washing away before it sets. This new system skips all that. Using a specially designed single-mix concrete, it stays stable and buildable underwater through smart material design alone, no accelerators, no complicated setup.

The tech could be helpful for repairing ports, building anchors for floating wind farms, and supporting coastal and marine infrastructure projects. It also makes underwater repairs safer, cutting down the need to send divers into difficult conditions.

From land to the ocean floor, construction just took a massive leap forward.

Source: University of Wollongong, LUYTEN 3D



📸 Photo: Representative Purpose Only / AI Generated

14/08/2026

Professor Ahmed Mahil, CEO and Global President of Luyten, and Dr Godfrey Keung, Chief Scientific Officer of Luyten, had the opportunity to meet Victoria’s new Premier, Ben Carroll, and extend their congratulations on his new leadership role, wishing him every success in his new role.

Luyten's leadership were particularly encouraged by Premier Carroll’s stated commitment to strengthening integrity and fighting corruption. For Australian businesses and innovators, these are important principles. Strong institutions, transparency and accountability are fundamental to creating the confidence required for businesses to invest, innovate and build for the long term.

A change in leadership presents an opportunity to set a new standard and to demonstrate that these commitments can translate into meaningful action. We welcome that opportunity and look forward to giving this new leadership the chance to deliver on its commitments.

As a company founded in Victoria, Australia, Luyten is proud to contribute to the nation’s growing advanced manufacturing and technology ecosystem. Australian innovators have demonstrated that world-class technologies can be conceived, engineered and commercialised here. The next challenge is creating an environment in which that capability can scale.

Luyten looks forward to continuing to contribute constructively to the future of Australian innovation, advanced manufacturing and construction technology.

We congratulate Premier Ben Carroll once again and wish him every success as he begins this new chapter for Victoria.

03/08/2026

One of the enduring misconceptions in construction robotics is that the principal challenge lies in programming the robot.

It does not.

With modern motion-control software, programming an articulated industrial robot to deposit concrete is a relatively mature engineering task. The far more consequential challenge is designing a robotic platform that is intrinsically suited to the economics and operating environment of construction.

This distinction is frequently overlooked.

The value proposition of construction automation is not determined solely by whether a robot can print concrete. It is determined by the cumulative engineering decisions that govern transport, deployment, lifting requirements, energy consumption, maintenance, relocation between projects and long-term operational efficiency.

In other words, the economics of automation are embedded in the machine long before the first layer of concrete is printed.

Consider the robotic platform itself.

The LUYTEN Platypus X2 weighs just 350 kg. By contrast, repurposed articulated industrial robotic arms offering a comparable working envelope typically have a mass of at least 3 to 4 tonnes. That single engineering decision influences every stage of the machine's lifecycle, from logistics and installation through to operational flexibility and total cost of ownership.

A lighter platform requires less lifting capacity, simpler transport, reduced installation time and can be redeployed rapidly between prefab manufacturing facilities and construction sites. These are not secondary considerations. They are fundamental drivers of productivity.

This is precisely why purpose-built construction robotics should not be confused with industrial robots that have been adapted for concrete extrusion.

Industrial robotic arms represent remarkable achievements in manufacturing engineering. They were optimised for highly repeatable operations within fixed production environments. Construction, however, is a fundamentally different engineering domain. It demands mobility, robustness, rapid deployment and continuous adaptation to dynamic site conditions.

Designing for those requirements requires more than software. It requires an entirely different mechanical architecture.

This is why the role of an original equipment manufacturer remains critical.

At LUYTEN, we do not begin with an industrial robot and search for a construction application. We begin with the engineering challenges of construction itself and design the robotic platform accordingly.

The most significant innovations in construction robotics are rarely the most visible.

They are found in the engineering decisions that remove tonnes rather than add features.

That is where meaningful productivity gains are realised.

350 kg versus 3 to 4 tonnes is not simply a specification.

It is an engineering philosophy.

25/07/2026

24/07/2026

It was an absolute pleasure to welcome Tim Piper, head of Victoria at the Australian Industry Group (Ai Group), to Luyten.

The visit provided an opportunity to share how Australian innovation is driving the next generation of construction technology worldwide. From pioneering Australia’s first 3D concrete printing machines and projects to developing the world’s first-crane based 3D construction printing system, Luyten continues to push the boundaries of what’s possible.

Our journey has been marked by a number of significant milestones over the years

These achievements represent more than industry firsts, they demonstrate Australia’s capability to lead in advanced manufacturing, engineering, and construction innovation on the global stage.

Thank you to Tim Piper and the Australian Industry Group for visiting Luyten and taking the time to learn more about our work. We value your support for Australian innovation and look forward to continuing to shape the future of the industry.