At 3DB, our proprietary M.A.R.T.A design and patent-pending technology have been specifically developed to offer unparalleled flexibility in product design without disrupting existing construction processes. Unlike many competitors who rely on large gantry systems to 3D print homes, our approach is designed for efficiency and adaptability.
Traditional gantry systems require significantly larger slabs than the house itself, leading to higher construction costs and reduced land yield for project builders. In contrast, 3DB’s M.A.R.T.A design is compact and nimble, capable of printing from within the house. Its small size allows it to easily pass through doorways, enabling operation without the need for oversized slabs or complex setups.
Our advanced control and management system also allows multiple machines to work on a single house simultaneously, drastically reducing build times. Additionally, 3DB’s technology enables the printing of frames without size limitations—whether large or small—all without additional configurations, upgrades, or excess costs.
This innovative approach makes 3DB’s technology highly efficient, scalable, and adaptable to meet the diverse needs of modern construction.
Recently, 3DB completed a groundbreaking Proof of Concept (POC) project, demonstrating the full potential of our 3D concrete printing (3DCP) technology. This build was a significant milestone for 3DB, as it validated the precision, speed, and sustainability of our proprietary 3DCP systems in a real-world environment.
The POC structure, built on a commercial farm in rural South Australia, showcased our ability to 3D print large-scale buildings directly on-site, even in the most remote locations.
This successful project is a key step toward our goal of transforming the construction industry and addressing the housing affordability crisis. It proved not only the viability of our 3DCP technology but also its capacity to build strong, energy-efficient, and sustainable homes.
At 3DB, we are committed to innovation, and our POC build marks the beginning of a new era in construction.