Design Freedom at Scale
Complex geometries are created without formwork or joints.
Sustainable Construction
Less waste, localized production, and smarter resource use.
Automated & Certified
Fully robotic, monitored production meets construction-grade certifications.
Key Advantages for AEC
Weight optimisation of structures and freedom of design offer a competitive advantage while bidding for the most advanced architectural projects. With MX3D’s agile production and Metal AM systems, each part can be unique without requiring extra time or cost. MX3D is experienced in delivering qualified AEC projects around the world.
Cases
Since 2014, our welding engineers and industry partners have successfully proven the fit of this technology for the AEC business with Bridges, Optimized structures, Custom Beams, and Connectors in steel, stainless steel, aluminum, and corten.
Our partners
Certification & Quality Assurance
MX3D ensures AEC-ready reliability through rigorous validation.
Standards & Verifications
- Construction-grade mechanical properties
- Structural performance testing by academic & certifying bodies
- Full data-logging for traceability and safety audits
Why Choose MX3D?
Fully dedicated to high-quality robotic 3D metal printing
Advanced control and real-time monitoring
Trusted by leaders in energy, maritime, automotive, and aerospace
High productivity, shorter supply chains, lower footprint
Ready to Print Bold Architecture?
Bring geometry, efficiency, and sustainability into your architectural vision. Experience the power of metal WAAM in construction.
Frequently Asked Questions
Can WAAM produce load-bearing structural steel elements?
Yes, WAAM is fully capable of producing robust, load-bearing structural steel elements. These printed components can be officially qualified under the stringent EN 1090 execution class standards, ensuring they meet the safety and structural performance requirements for modern construction. Explore structural steel cases →
What architectural applications is WAAM typically used for?
WAAM is typically utilized for complex architectural elements such as structural nodes, customized facade brackets, advanced balustrades, and intricate sculptural features. By leveraging its robotic freedom, architects can design highly customized, organic forms that would be impossible or cost-prohibitive to manufacture using traditional methods. Learn more about 3D printing in architecture →
Which certifications apply to WAAM parts in European construction?
In the European construction sector, WAAM parts are generally qualified under the EN 1090 standard. Additionally, the robotic manufacturing process is supported by the established EN ISO 15614 welding procedure framework, providing a clear and reliable path to regulatory compliance. Read about our materials and certification →
How does WAAM enable topology-optimised structural design?
WAAM perfectly complements topology optimization by depositing metal strictly where it is structurally needed. This additive approach eliminates the geometric limitations of standard steel profiles, allowing engineers to achieve significant weight savings of 30 to 60% without sacrificing mechanical strength. Read our comprehensive WAAM guide →
Can WAAM replace cast or forged structural connectors on a project?
Yes, WAAM is an excellent replacement for custom-cast or forged structural connectors. It offers drastically faster lead times and entirely eliminates the massive upfront tooling investments required by traditional casting, helping to keep construction projects on schedule. Compare WAAM vs. casting and forging →
