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# MX3D

## Sitemaps
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## Posts
- [MX3D Becomes the World’s First DNV AMC3-Certified WAAM Facility](https://mx3d.com/mx3d-becomes-the-worlds-first-dnv-amc3-certified-waam-facility/): Amsterdam, The Netherlands – 30th September 2026 – MX3D has achieved a groundbreaking milestone by obtaining the highest DNV certification possible, officially making it the first DNV AMC3-certified Wire Arc Additive Manufacturing (WAAM) facility in the world. This top-tier certification validates MX3D’s capability to produce highly critical metal components for the most demanding maritime, defense, and energy applications.
- [316L Stainless Steel 3D Printing](https://mx3d.com/316l-stainless-steel-3d-printing/): Yes, 316L stainless steel can be 3D printed at a large scale using Wire Arc Additive Manufacturing (WAAM). By utilizing 316L welding wire and multi-axis robotics, manufacturers can rapidly produce massive, fully dense marine and industrial components that completely bypass the long lead times associated with traditional forgings and castings.
- [WAAM Material Selection: How to Choose the Right Metal for 3D Printing](https://mx3d.com/waam-material-selection-how-to-choose-the-right-metal-for-3d-printing/): Selecting the optimal metal alloy for Wire Arc Additive Manufacturing (WAAM) requires balancing mechanical performance against operational environment, regulatory certification, and total part economics. Material choice for WAAM follows four primary questions: what load case is required, what operating environment will it face, what certification regime applies, and what is the target budget and lead time.
- [Metal 3D Printing](https://mx3d.com/metal-3d-printing/): Metal 3D printing is an advanced manufacturing process that creates physical metal components layer-by-layer directly from a digital 3D model. By utilizing additive metal 3D printing, heavy industries can eliminate the need for expensive custom molds and traditional subtractive tooling, allowing for the rapid, on-demand fabrication of robust, near-net-shape structural parts.
- [WAAM Solutions For Aerospace](https://mx3d.com/aerospace-3d-printing-waam-large-metal-parts-mx3d/): In aerospace, robotic Wire Arc Additive Manufacturing (WAAM) is used to produce medium to extra-large near-net-shape structural parts, custom tooling, and space hardware using certified metal alloys. By combining industrial robotics with arc deposition, WAAM delivers meter-scale metal components tailored for rigorous space and ground support applications.
- [Inconel 3D Printing with WAAM: Inconel 625 and 718](https://mx3d.com/inconel-3d-printing-with-waam-625-718-mx3d/): Inconel 3D printing is the advanced manufacturing process of fabricating high-temperature, corrosion-resistant nickel superalloy components using additive technologies. While several additive methods exist, Wire Arc Additive Manufacturing (WAAM) is explicitly engineered for producing large, near-net-shape Inconel parts spanning multiple meters.
- [Steel 3D Printing with WAAM: Carbon, Low-Alloy and High-Strength Grades](https://mx3d.com/steel-3d-printing-with-waam-carbon-hsla-parts-mx3d/): Carbon steel and structural steel can be 3D printed at a large scale using Wire Arc Additive Manufacturing (WAAM). By utilizing robotic multi-axis deposition and standard industrial welding wire, heavy-duty load-bearing steel components can be printed on demand, completely bypassing the spatial constraints of conventional 3D printing chambers.
- [Bronze, NiBrAl, and other Copper alloys 3D printing with WAAM](https://mx3d.com/bronze-nibral-and-other-copper-alloys-3d-printing-with-waam/): Bronze and copper alloys can be 3D printed at a large scale using Wire Arc Additive Manufacturing (WAAM). By combining automated multi-axis industrial robotics with electric arc welding, this technology enables the continuous deposition of heavy, near-net-shape copper-alloy components spanning several meters in length. This method bypasses the spatial and tooling constraints of traditional manufacturing, allowing marine, offshore, and architectural sectors to produce dense, high-performance structural parts on demand.
- [MX3D WAAM Systems Now Operational as Framatome Inaugurates €25 Million Nuclear Additive Manufacturing Center in France](https://mx3d.com/mx3d-waam-systems-now-operational-as-framatome-inaugurates-25-million-nuclear-additive-manufacturing-center-in-france/): AMSTERDAM, The Netherlands – 03-07-2026 – MX3D, a leader in robotic Wire Arc Additive Manufacturing (WAAM), congratulates Framatome on the official inauguration of the Amiral Bernard-Antoine Morio de l’Isle Additive Manufacturing Center in Romans-sur-Isère, France. Officially opened on July 2nd, the state-of-the-art facility is now fully operational and stands as the first industrial capacity of its kind in Europe.
- [Stainless Steel 3D Printing | WAAM SS316L & Duplex | MX3D](https://mx3d.com/waam-stainless-steel/): Stainless steel 3D printing with robotic Wire Arc Additive Manufacturing (WAAM) is an advanced robotic manufacturing process that deposits standard industrial welding wire layer by layer into dense, certified components. It is heavily used for offshore and maritime applications to bypass highly congested supply chains.
- [WAAM Additive Manufacturing Services | MX3D](https://mx3d.com/additive-manufacturing-services/): Complete Engineering Partnership: Provides a full-service, end-to-end collaboration from initial feasibility assessments and Design for WAAM (DfAM) through to certified production, post-processing, and final logistical delivery.
- [Industrial 3D Printing | Large-Scale Metal Parts | MX3D](https://mx3d.com/industrial-3d-printing/): Certified Production: Industrial 3D printing focuses on heavy-duty applications and certified metallurgy for deployment in offshore structures, naval vessels, energy equipment, and defense systems.
- [Large Scale Metal 3D Printing | WAAM for Big Industrial Parts | MX3D](https://mx3d.com/large-scale-metal-3d-printing/): Bypasses Spatial Constraints: Bypasses the strict build-chamber limitations of conventional powder bed systems, utilizing multi-axis industrial robots to print monolithic structures spanning several meters in length.
- [Aluminium 3D Printing | WAAM Aluminum Parts & Structures | MX3D](https://mx3d.com/waam-aluminum/): Bypasses Supply Chain Bottlenecks: Wire Arc Additive Manufacturing (WAAM) eliminates long foundry lead times and the high costs of casting or machining massive structural aluminum components from solid blocks.
- [Wire Arc Additive Manufacturing (WAAM) vs. Laser Powder Bed Fusion (Laser PBF): A Comparison | MX3D](https://mx3d.com/waam-vs-laser-powder-bed-fusion/): Part of our  Complete Guide to Wire Arc Additive Manufacturing →
- [Industrial Metal 3D Printer: The MX3D M1 & MX Systems | MX3D](https://mx3d.com/industrial-metal-3d-printer/): Bring large-format metal additive manufacturing directly to your factory floor. An industrial metal 3D printer is a transformative capital investment designed to eliminate long lead times, bypass expensive tooling, and manufacture heavy-duty parts on demand.
- [Robotic 3D Printing: How Industrial Robots Are Used to 3D Print Metal Parts | MX3D](https://mx3d.com/robotic-3d-printing/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [3D Printing in Oil & Gas: WAAM Applications, Materials, and Certification | MX3D](https://mx3d.com/3d-printing-oil-gas/): The oil and gas industry operates in one of the toughest industrial environments on the planet. Historically, long lead times for legacy spare parts, complex geometries required for high-efficiency flow components, and stringent certification requirements have heavily restricted the adoption of 3D printing. However, robotic Wire Arc Additive Manufacturing (WAAM) and other mature metal additive manufacturing processes are rapidly changing that landscape.
- [Controlling Distortion and Residual Stress in Multi Meter Prints: An Industrial Engineering Guide to Thermal Management | MX3D](https://mx3d.com/controlling-distortion-and-residual-stress-in-multi-meter-prints/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [Managing Machining Allowances for Near Net Shape Metal Prints | MX3D](https://mx3d.com/managing-machining-allowances-for-near-net-shape-metal-prints/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [Non Destructive Testing Methods for Robotic WAAM Parts: A Complete Industrial Qualification Guide | MX3D](https://mx3d.com/non-destructive-testing-methods-for-robotic-waam-parts/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [Metal 3D Printing in Architecture: From the MX3D Bridge to Structural Steel Innovation](https://mx3d.com/metal-3d-printing-in-architecture-from-the-mx3d-bridge-to-structural-steel-innovation/): Architecture has always been a deep ongoing conversation between the designer and their chosen materials. For over a century, steel has been the undisputed king of structural frameworks, allowing us to build taller and stronger than ever before. But let us be honest with ourselves, steel can be a bit tricky to work with. Standardized beams, flat plates, and rigid industrial profiles force architects to think in straight lines and right angles. If you have ever tried to design a bespoke curved structural connection or a fluid organic facade, you know exactly how fast the fabrication budget spirals out of control. The cost of custom casting alone is often enough to kill a beautiful idea before it ever leaves the drawing board.
- [WAAM Supplier: Wire Arc Additive Manufacturing Parts and Systems from MX3D](https://mx3d.com/waam-supplier-wire-arc-additive-manufacturing-parts-and-systems-from-mx3d/): Find out more in our Complete Guide to Wire Arc Additive Manufacturing →
- [Metal Additive Manufacturing: Technologies, Materials, and Industrial Applications](https://mx3d.com/metal-additive-manufacturing-technologies-materials-and-industrial-applications/): Metal additive manufacturing encompasses a variety of advanced production processes that build industrial metal parts layer by layer from a digital design using wire or powder feedstock. This comprehensive guide covers the main metal 3D printing technologies, the specific materials each process can produce, typical industrial applications, and how engineering teams can choose the right production method for a given component. As a pioneer in robotic Wire Arc Additive Manufacturing (WAAM), MX3D has successfully deployed these systems across heavily regulated sectors, recently partnering with Framatome to supply advanced robotic systems for a new multi-million nuclear 3D printing facility in France.
- [What Is Additive Manufacturing? A Complete Guide to How It Works, Types, and Industrial Applications | MX3D](https://mx3d.com/what-is-additive-manufacturing-a-complete-guide-to-how-it-works-types-and-industrial-applications/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [Why WAAM Matters: The Industrial Advantages of Wire Arc Additive Manufacturing Technology | MX3D](https://mx3d.com/why-waam-matters/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [MX3D Achieves JOSCAR Certification, Strengthening Position for Defense and Aerospace Supply Chains](https://mx3d.com/joscar/): MX3D is proud to announce that it has successfully obtained JOSCAR certification, joining the Joint Supply Chain Accreditation Register, a recognised procurement and compliance platform used by organisations in the defense, aerospace, and security sectors, particularly in the United Kingdom.
- [MX3D and Imperial College Conclude Horizon-Funded PIONEER Project, Showcasing the Future of Hybrid Structural Steel](https://mx3d.com/mx3d-and-imperial-college-conclude-horizon-funded-pioneer-project-showcasing-the-future-of-hybrid-structural-steel/): AMSTERDAM, The Netherlands – 03-04-2026 – MX3D, leading innovator in robotic Wire Arc Additive Manufacturing (WAAM) technology, proudly announces the successful completion of the EU Horizon-funded PIONEER project. Serving as a pilot line leader within a premier European consortium, MX3D collaborated closely with partners to industrialize automated design, fabrication and certification of highly optimized, load-bearing hybrid steel components for the civil engineering industry.
- [WAAM Machine Pricing: What Does a Wire Arc Additive Manufacturing System Cost?](https://mx3d.com/waam-machine-pricing/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [WAAM Pros and Cons: An Honest Assessment](https://mx3d.com/waam-pros-cons/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [WAAM vs Casting and Forging: A Data-Driven Comparison](https://mx3d.com/waam-vs-casting-forging/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [MX3D Congratulates TRIDIAM on Launching Advanced WAAM Production Hub in Finland with M1 System](https://mx3d.com/mx3d-congratulates-tridiam-on-launching-advanced-waam-production-hub-in-finland-with-m1-system/): AMSTERDAM, The Netherlands – 11-3-2026 – MX3D, developer of robotic Wire Arc Additive Manufacturing (WAAM) systems, proudly congratulates TRIDIAM on acquiring its first M1 Metal AM System in Finland. By establishing their own production hub, TRIDIAM, an innovative additive manufacturing service provider, becomes a pioneer in offering industrial WAAM services to the Nordic market.
- [What is Arc DED? Directed Energy Deposition Explained | MX3D](https://mx3d.com/what-is-arc-ded-directed-energy-deposition/): DED in manufacturing stands for a 3D additive manufacturing process that uses a laser and metal feedstock to build components. The Arc DED (Arc Directed Energy Deposition), also widely known as Wire Arc Additive Manufacturing (WAAM), is a form of metal 3D printing. Wire Arc Additive Manufacturing (WAAM) technology is included under the umbrella of Directed Energy Deposition (DED) 3D printing. Direct Energy Deposition (DED) is a family of metal additive manufacturing processes, such as WAAM (Wire Arc Additive Manufacturing), in which material is fed and melted at the same time to build or repair components layer by layer. It relies on a focused energy source, typically a laser , electron beam, or ARC (known as DED-arc), to create a molten pool into which metal wire or powder is deposited. This approach differs from powder-bed systems because the feedstock is added precisely where needed as the melt occurs, enabling the creation of large structures, targeted repairs, and near-net-shape parts.
- [Application of Robotic 3D Metal Printing technology in the Maritime Sector to manufacture external and internal structural components](https://mx3d.com/waam-3d-printing-in-the-maritime-sector/): Find out more in our Complete Guide to Wire Arc Additive Manufacturing →
- [Applications and use cases of Metal 3D Printing technologies (WAAM) in Architecture and Construction projects](https://mx3d.com/3d-printing-in-architecture-and-construction/): Find out more in our Complete Guide to Wire Arc Additive Manufacturing →
- [Super Duplex metal, and why it is great for WAAM (Wire Arc Additive Manufacturing) Parts](https://mx3d.com/waam-super-duplex-stainless-steel/): Super Duplex Stainless Steel (SDSS) has become one of the most in‑demand materials for industries operating in harsh, corrosive, or high‑pressure environments. Its exceptional mechanical strength, corrosion resistance, and durability make it a preferred choice for offshore structures, subsea components, chemical processing equipment, and energy infrastructure. As Wire Arc Additive Manufacturing (WAAM) continues to evolve, expanding the material toolbox to include Super Duplex Stainless Steel represents a major step forward for large‑scale metal 3D printing. MX3D's integration of SDSS into its robotic WAAM ecosystem opens new possibilities for industrial applications that require both performance and reliability.
- [Can MX3D’s Systems Be Deployed in Remote or Mobile Environments for Field Repairs?](https://mx3d.com/mobile-waam-systems-field-repairs/): Find out more in our Complete Guide to Wire Arc Additive Manufacturing →
- [How Is MX3D Enabling Defense and Aerospace Sectors to Localize Production?](https://mx3d.com/localized-production-defense-aerospace-mx3d/): Defense and aerospace organizations operate in environments where reliability, speed, and strategic autonomy are essential. These sectors depend on mission‑critical metal components that must meet strict performance and certification standards. However, traditional manufacturing methods often involve long lead times, complex supply chains, and dependence on foreign suppliers. MX3D's Wire Arc Additive Manufacturing (WAAM) technology offers a transformative alternative: localized, flexible, and secure production of large metal parts using robotic 3D printing, thanks to the capabilities of M1 and MX Systems . By combining industrial robots, advanced software, and standard welding wire, MX3D enables defense and aerospace stakeholders to produce components on demand, closer to the point of use, and with unprecedented design freedom.
- [What are the advantages of WAAM in offshore and subsea component manufacturing?](https://mx3d.com/mx3d-waam-offshore-subsea-component-manufacturing/): Offshore and subsea industries, including oil and gas, renewable energy, and marine engineering, operate in some of the harshest environments on the planet. Components must withstand extreme pressures, corrosion, mechanical stress, and unpredictable conditions. Traditional manufacturing methods often struggle to deliver large, custom, or corrosion-resistant parts quickly and cost-effectively. MX3D's WAAM technology offers a powerful alternative, enabling flexible, scalable, and material-efficient production tailored to offshore and subsea needs, also thanks to our print-on-demand service.
- [How can MX3D support infrastructure resilience through on-site metal printing?](https://mx3d.com/infrastructure-resilience-on-site-metal-printing-mx3d/): Infrastructure resilience has become a critical priority for governments, municipalities, and engineering firms worldwide. Aging bridges, pipelines, transportation networks, and industrial facilities require constant maintenance and rapid response capabilities, especially as climate change increases the frequency of extreme weather events. Traditional supply chains often struggle to deliver replacement parts quickly enough, particularly for large or custom components. MX3D's robotic WAAM technology with the M1 and MX Systems offers a transformative solution: the ability to produce metal components directly on-site or near-site, dramatically improving the speed, flexibility, and resilience of infrastructure maintenance.
- [What Role Does MX3D Play in Circular Economy Initiatives for Metal Components?](https://mx3d.com/circular-economy-metal-components-mx3d-waam/): The transition toward a circular economy is reshaping how industries design, manufacture, and maintain metal components. Traditional linear production models, extract, manufacture, use, and discard, are increasingly incompatible with global sustainability goals and the rising cost of raw materials. MX3D's Wire Arc Additive Manufacturing (WAAM) technology offers a fundamentally different approach: one that prioritizes resource efficiency, material reuse, and extended product lifecycles. Through robotic metal 3D printing and the M1 and MX Systems , MX3D enables companies to adopt circular practices without compromising performance, scale, or industrial reliability.
- [How Wire Arc Additive Manufacturing (WAAM) Can Be Used to Repurpose Ships and Maritime Equipment](https://mx3d.com/how-wire-arc-additive-manufacturing-waam-can-be-used-to-repurpose-ships-and-maritime-equipment/): One of the key strengths of WAAM in maritime applications is its ability to add material directly onto existing components. Using welding wire and robotic deposition, structural elements such as deck supports, brackets, reinforcements, or mounting points can be rebuilt or redesigned directly on existing ship structures. This makes WAAM particularly suitable for converting vessels for new functions, such as retrofitting research equipment, offshore energy systems, or updated propulsion and handling systems.
- [Expanding the WAAM Material Toolbox with Super Duplex Stainless Steel | MX3D](https://mx3d.com/expanding-the-waam-material-toolbox-with-super-duplex-stainless-steel/): Wire Arc Additive Manufacturing (WAAM) is increasingly being adopted for industrial, load-bearing applications. To further expand its material and certifications portfolio, MX3D has successfully validated super duplex stainless steel (ER2594) for WAAM, targeting demanding environments such as offshore, maritime, energy, and chemical processing. The wire used for testing was supplied by our partner NovaMetal.
- [Can MX3D produce functional metal components for engineering purposes?](https://mx3d.com/mx3d-produces-functional-metal-components-for-engineering/): Yes, at MX3D we specialize in producing fully functional metal components suitable for a wide range of engineering applications . Our robotic 3D printing process ensures that components meet mechanical, thermal, and structural requirements , making them suitable for demanding industrial environments.
- [What are the industrial applications of MX3D 3D printing? | MX3D](https://mx3d.com/what-are-the-industrial-applications-of-mx3d-3d-printing/): MX3D's metal 3D printing technology supports a wide range of industrial applications , including functional components, specialized tooling, prototypes, and customized production parts . Industries such as automotive , aerospace, energy , manufacturing , and defense leverage MX3D's large-scale robotic printing capabilities to produce parts that meet high-performance requirements .
- [How is MX3D metal 3D printing used in architecture and construction?](https://mx3d.com/how-is-mx3d-metal-3d-printing-used-in-architecture-and-construction/): MX3D metal 3D printing has significantly impacted architecture and construction , enabling the creation of complex, custom-designed structures that are difficult or impossible to fabricate using traditional methods. The company's large-scale robotic printing technology allows the production of bridges , facades, structural supports, and ornamental elements with precision, scalability, and structural integrity.
- [What innovations has MX3D introduced in additive manufacturing?](https://mx3d.com/what-innovations-has-mx3d-introduced-in-additive-manufacturing/): The company also pioneered freeform printing , allowing complex geometries with curved surfaces and intricate internal structures that maximize material efficiency and structural performance. MX3D combines customized alloys, advanced digital design tools, and simulation software to optimize parts for additive manufacturing, reducing waste and improving strength-to-weight ratios.
- [How does MX3D ensure precision and high-quality in large-scale metal 3D printing?](https://mx3d.com/how-does-mx3d-ensure-precision-and-quality-in-large-scale-metal-3d-printing/): MX3D maintains precision and quality in large-scale metal printing through a combination of advanced robotics, digital modeling, real-time monitoring , and rigorous post-processing . Robotic arms follow precise multi-axis trajectories, ensuring micron-level accuracy across complex geometries, even for structures several meters in size.
- [What is Wire Arc Additive Manufacturing (WAAM)? The Technology Explained](https://mx3d.com/what-is-waam/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [What types of metals and materials can MX3D 3D print?](https://mx3d.com/what-types-of-metals-can-mx3d-3d-print/): MX3D with robotic WAAM (Wire Arc Additive Manufacturing) technology specializes in printing a wide range of engineering-grade metals suitable for industrial, architectural, and functional applications. Commonly used metals include stainless steel, Inconel, tool steels, and various high-performance alloys . Each metal is selected based on project requirements, including structural strength, corrosion resistance, thermal stability, and machinability .
- [How does MX3D’s metal 3D printing process work? | MX3D](https://mx3d.com/mx3d-metal-3d-printing-process/): MX3D employs robotic metal additive manufacturing (Robotic WAAM), which uses multi-axis robotic arms to deposit metal layer by layer (Arc DED) , building up complex structures directly from digital designs. This technique allows for freeform printing of geometrically intricate objects at scales that traditional 3D printers cannot accommodate.
- [What are some notable projects completed by MX3D?](https://mx3d.com/what-are-some-notable-projects-completed-by-mx3d/): MX3D has completed numerous high-profile projects that showcase the capabilities of large-scale robotic metal 3D printing . One of the most renowned projects is the MX3D bridge in Amsterdam , a fully functional stainless steel pedestrian bridge created entirely using robotic 3D printing, crafted with the MX and M1 Systems . This project demonstrated the feasibility of large-scale metal additive manufacturing in architecture and urban infrastructure .
- [Who are MX3D’s main clients and industries served?](https://mx3d.com/who-are-mx3ds-main-clients-and-industries-served/): MX3D serves a broad spectrum of industries that demand innovative metal manufacturing solutions . Their client base includes companies in architecture , industrial engineering, manufacturing , aerospace, automotive, energy, and research sectors . These industries benefit from MX3D's ability to produce large, high-precision metal components that would be difficult or impossible to create using conventional manufacturing methods.
- [How does MX3D differ from other industrial 3D printing companies?](https://mx3d.com/how-does-mx3d-differ-from-other-industrial-3d-printing-companies/): MX3D differentiates itself from traditional industrial 3D printing companies through a combination of advanced robotic technology, large-scale production capabilities, and specialization in complex metal structures . While many 3D printing companies focus on small-scale or moderately complex parts, MX3D specializes in creating full-scale, functional metal structures such as bridges, architectural elements, and industrial components that meet rigorous engineering standards.
- [What is MX3D and what services do they provide in metal 3D printing?](https://mx3d.com/what-is-mx3d-and-what-services-do-they-provide-in-metal-3d-printing/): MX3D is a world-leading company in the field of industrial metal 3D printing with robotic WAAM (Wire Arc Additive Manufacturing) technology, renowned for its ability to create large-scale, high-precision metal structures that push the boundaries of traditional manufacturing. By combining robotic 3D printing technology with advanced materials engineering , MX3D enables the production of complex designs that are difficult or impossible to fabricate using conventional processes. Their approach merges innovation in design, engineering, and production to serve industries ranging from architecture to industrial engineering.
- [MX3D Launches ArtLab to Bring Robotic Metal Printing to Art, Design and Architecture Worldwide](https://mx3d.com/mx3d-launches-artlab-to-bring-robotic-metal-printing-to-art-design-and-architecture-worldwide/): MX3D is excited to announce the official launch of MX3D ArtLab, a new specialist division dedicated to pushing the boundaries of robotic metal 3D printing in the realms of art, design and architecture. With ArtLab, MX3D will be able to branch out art and design projects to new heights. With the same industrial strength and precision of MX3D's advanced WAAM technology, ArtLab will work directly with artists, designers, and architects to bring bold creative visions to life in large-scale metal.
- [How Can Additive Manufacturing Improve Naval Ship Repair and Maintenance?](https://mx3d.com/how-can-additive-manufacturing-improve-naval-ship-repair-and-maintenance/): Naval fleets operate in some of the most demanding environments in the world. Saltwater exposure, continuous mechanical loading, and long operational cycles place extreme stress on ship components. At the same time, navies face increasing pressure to keep vessels operational with shorter maintenance windows and more resilient supply chains. Additive manufacturing, and particularly Wire Arc Additive Manufacturing (WAAM) technology, is emerging as a practical solution to many of these challenges by enabling faster, more flexible, and more localized repair and maintenance strategies.
- [Can Additive Manufacturing Be Used for Naval Shipbuilding?](https://mx3d.com/can-additive-manufacturing-be-used-for-naval-shipbuilding/): Naval shipbuilding is traditionally associated with long development cycles, complex supply chains, and highly specialized manufacturing processes. As navies modernize their fleets and respond to changing operational demands, there is growing interest in how additive manufacturing can support ship construction in a practical and certifiable way. Rather than replacing conventional shipbuilding methods, additive manufacturing, and particularly Wire Arc Additive Manufacturing (WAAM), is increasingly used to complement them by enabling faster production of structural components and design-driven optimization.
- [Why use Wire Arc Additive Manufacturing (WAAM) over laser-based additive manufacturing?](https://mx3d.com/why-use-wire-arc-additive-manufacturing-waam-over-laser-based/): Wire Arc Additive Manufacturing (WAAM) and laser-based additive manufacturing are both advanced methods for producing metal parts, but they serve different industrial needs. Robotic WAAM is particularly well-suited for large-scale metal components, while laser-based AM excels in precision and smaller-scale production. Understanding the differences is crucial for selecting the right technology for specific applications.
- [How is 3D printing used in the energy sector?](https://mx3d.com/how-is-3d-printing-used-in-the-energy-sector/): 3D printing, particularly robotic Wire Arc Additive Manufacturing (WAAM), is revolutionizing the energy sector by enabling the production of large, complex metal components with unprecedented precision, speed, and material efficiency. Traditional manufacturing methods , such as casting, forging, or CNC machining, often require long lead times, significant material waste, and high energy consumption, especially for large parts. WAAM and other 3D printing technologies address these challenges by building parts layer by layer , allowing for lightweight structures, complex geometries, and rapid prototyping.
- [What are the pros and cons of Wire Arc Additive Manufacturing compared to laser-based additive manufacturing?](https://mx3d.com/waam-versus-laser-based-3d-printing/): Wire Arc Additive Manufacturing and laser-based AM are two metal additive processes that serve different industrial needs. Both create near-net shape metal parts layer by layer, yet they differ significantly in cost structure, build rate, material form, energy source, and achievable part quality. The choice between them depends on factors such as part size, application, surface finish requirements, and production economics.
- [Can Metal Additive Manufacturing Improve Naval Supply Chain Resilience?](https://mx3d.com/can-metal-additive-manufacturing-improve-naval-supply-chain-resilience/): Naval fleets operate in some of the most demanding logistical environments in the world. Ships are expected to remain operational for long periods, often far from centralized supply hubs, while relying on highly specialized metal components. Delays in spare part availability can lead to extended maintenance windows, reduced fleet readiness, and increased operational costs. Metal additive manufacturing is increasingly viewed as a practical solution to improve naval supply chain resilience, not by replacing existing logistics systems, but by strengthening them.
- [MX3D Partners with Phillips Corporation to Expand WAAM Access Across the United States](https://mx3d.com/mx3d-partners-with-phillips-corporation-to-expand-waam-access-across-the-united-states/): MX3D is proud to announce its partnership with Phillips Corporation , a leading US distributor of advanced manufacturing technologies. Through this collaboration, Phillips now serves as MX3D's official reseller in the United States, bringing large-scale Wire Arc Additive Manufacturing (WAAM) systems and expertise to American industry and Federal customers in the USA.
- [Which Industries Use WAAM and For What Applications?](https://mx3d.com/which-industries-use-waam-and-for-what-applications/): Wire Arc Additive Manufacturing ( WAAM ) isn't just another experimental 3D printing technology. It's already reshaping production in real-world industries, particularly where traditional methods struggle with size, speed, or flexibility. WAAM's strength lies in building large metal parts quickly, using widely available wire feedstock, and producing geometries that are difficult (or too expensive) to cast or machine. Our Metal AM WAAM Systems are the translation of what we have just explained, fast, accurate and reliable. But which industries actually benefit the most?
- [MX3D to Supply Robotic Wire Arc Additive Manufacturing Systems for Framatome’s New Nuclear 3D Printing Facility](https://mx3d.com/mx3d-to-supply-robotic-wire-arc-additive-manufacturing-systems-for-framatome/): Amsterdam, September 4, 2025 – MX3D , the Dutch pioneer in robotic Wire Arc Additive Manufacturing (WAAM), has been selected by Framatome to provide two advanced WAAM robotic systems for its new additive manufacturing facility in Romans-sur-Isère, France.
- [What Role Does 3D Printing Play in Marine Shipbuilding and On‑Demand Repairs?](https://mx3d.com/what-role-does-3d-printing-play-in-marine-shipbuilding-and-on-demand-repairs/): The maritime industry is built on scale, durability, and availability. Ships, ports, offshore rigs, and naval assets operate under extreme conditions, and when something breaks or needs to be replaced, delays are costly. For these reasons, 3D printing, particularly large-scale metal additive manufacturing like Wire Arc Additive Manufacturing (WAAM), is rapidly becoming a strategic asset in shipbuilding, repair, and marine operations.
- [Novametal X MX3D: Expanding the WAAM Material Toolbox](https://mx3d.com/novametal-x-mx3d-expanding-the-waam-material-toolbox/): It's key that welding wires for WAAM deliver stable arc characteristics, consistent feed, and high mechanical performance in the as-printed condition. These tests aim to validate whether the selected Novametal alloys meet those demanding criteria.
- [WAAM Materials: Complete Guide to Printable Metal Alloys | MX3D](https://mx3d.com/what-materials-can-be-used-in-wire-arc-additive-manufacturing-waam/): When people first hear about tobotic Wire Arc Additive Manufacturing (WAAM), one of the most common follow-up questions is simple: “What metals can you actually use with this process?” The answer is both straightforward and powerful: any metal that can be welded can be printed with WAAM.
- [MX3D Secures €7 Million to Accelerate Global Growth in Robotic Metal 3D Printing](https://mx3d.com/mx3d-secures-e7-million-to-accelerate-global-growth-in-robotic-metal-3d-printing/): Amsterdam, The Netherlands - 13th May 2025 - MX3D, a pioneer in robotic metal 3D printing technology, has raised €7 million in a Series A funding round to accelerate its international growth. The funding round was led by EDF Pulse Ventures, the corporate venture investment arm of the French energy leader EDF, with participation from ING Sustainable Investments and the continued support from existing investor PDENH.
- [Wire Arc Additive Manufacturing (WAAM): A definition of this technology | MX3D](https://mx3d.com/wire-arc-additive-manufacturing/): Part of our Complete Guide to Wire Arc Additive Manufacturing →
- [What Is the Environmental Impact of Wire Arc Additive Manufacturing (WAAM)?](https://mx3d.com/what-is-the-environmental-impact-of-wire-arc-additive-manufacturing-waam/): Part of our  Complete Guide to Wire Arc Additive Manufacturing →
- [Is WAAM Cost-Effective? Cost Comparison vs Machining & Laser AM | MX3D](https://mx3d.com/is-waam-cost-effective-compared-to-machining-or-powder-am/): Part of our  Complete Guide to Wire Arc Additive Manufacturing →
- [WAAM for Maritime & Shipbuilding | Metal 3D Printing for Naval | MX3D](https://mx3d.com/how-is-additive-manufacturing-used-for-maritime-tooling-and-modeling/): Tooling is at the heart of maritime construction. From massive molds for ship components to specialized fixtures used in alignment and welding, tools shape how efficiently and accurately vessels are built and maintained. However, traditional tooling methods often come with high costs, long lead times, and limited flexibility. That's why additive manufacturing, especially Wire Arc Additive Manufacturing ( WAAM ), is rapidly becoming a preferred solution for modern shipyards and marine engineering teams, within the maritime industry .
- [Can WAAM Parts Be Certified? Standards & Qualification Guide | MX3D](https://mx3d.com/can-waam-parts-be-certified/): Wire Arc Additive Manufacturing (WAAM) is no longer just a prototyping tool, it's being used to produce functional, load-bearing, mission-critical parts. But in regulated industries like energy, maritime, and defense, there's a crucial question every procurement team or QA engineer eventually asks: can WAAM (Wire Arc Additive Manufacturing) parts be certified?
- [BMW GROUP](https://mx3d.com/bmw-group/): BMW Group demonstrates how additive manufacturing, specifically wire arc additive manufacturing (WAAM), can provide valuable solutions for an industry such as automotive. Their engineers succeeded in proving that it is possible to produce high-quality serial metal components using WAAM.
- [How Is 3D Printing Transforming Automotive Spare Parts and Tooling?](https://mx3d.com/how-is-3d-printing-transforming-automotive-spare-parts-and-tooling/): Automotive manufacturing has always been about speed, scale, and precision. But in today's rapidly changing supply chain environment, automakers are looking for ways to stay flexible, reduce costs, and accelerate development. That's where additive manufacturing (AM), particularly large-scale metal 3D printing like Wire Arc Additive Manufacturing ( WAAM ), is making a real impact.
- [How Does WAAM Material Compatibility Compare to Other 3D Printing Methods?](https://mx3d.com/how-does-waam-material-compatibility-compare-to-other-3d-printing-methods/): Part of our  Complete Guide to Wire Arc Additive Manufacturing →
- [How Do You Design Parts for Wire Arc Additive Manufacturing (WAAM)?](https://mx3d.com/how-do-you-design-parts-for-wire-arc-additive-manufacturing-waam/): As Wire Arc Additive Manufacturing (WAAM) continues to grow in industrial applications, one question consistently arises from engineers and designers alike: “How should I design parts specifically for WAAM?”
- [How Accurate Is WAAM? Understanding Tolerances in Wire Arc Additive Manufacturing](https://mx3d.com/how-accurate-is-waam-understanding-tolerances-in-wire-arc-additive-manufacturing/): When it comes to additive manufacturing, accuracy isn't just a technical metric; it's often the deciding factor in whether a printed part can replace a machined or cast component. For engineers evaluating Wire Arc Additive Manufacturing ( WAAM ), one of the first questions is usually, “How precise is it?”
- [Can Additive Manufacturing Help Automakers Build Lighter, More Efficient Vehicles?](https://mx3d.com/can-additive-manufacturing-help-automakers-build-lighter-more-efficient-vehicles/): Reducing vehicle weight has always been one of the most effective ways to improve fuel efficiency, boost performance, and lower emissions. But until recently, cutting weight often meant sacrificing manufacturability, adding cost, or compromising strength. With the rise of additive manufacturing, especially large-format metal printing like Wire Arc Additive Manufacturing (WAAM), that equation is changing.
- [Lloyd’s Register ​​awarded MX3D a certification for their directed energy deposition (DED-Arc) facility, incorporating the M1 Metal AM system](https://mx3d.com/lloyds-register-awarded-mx3d-a-certification-waam/): Contact MX3D today to explore WAAM solutions for your industry .
- [Joris Laarman on MX3D and freedom of design](https://mx3d.com/joris-laarman-on-mx3d-and-freedom-of-design/): MX3D is a spinoff company of Joris Laarman Lab. Always pushing the boundaries of existing technologies and inventing new form languages, Joris Laarman will design the bridge. He spoke about the project, new craft, and his ambitions to our partner Heijmans and the BBC.

## Pages
- [Testpagina single system](https://mx3d.com/testpagina-single-system/): Print a wide range of alloys and geometries, from lightweight parts to large industrial components, all with one system.
- [Testpagina systems](https://mx3d.com/testpagina-systems/): Print a wide range of alloys and geometries, from lightweight parts to large industrial components, all with one system.
- [Whitepapers](https://mx3d.com/whitepapers/): Whitepapers
- [WAAM solutions for Aerospace – MX3D](https://mx3d.com/waam-solutions-for-aerospace-mx3d/): Print large structural aerospace parts in one continuous piece, drastically minimizing material waste.
- [Become A Reseller](https://mx3d.com/become-a-reseller/): Distribute our systems to provide your clients with a fully integrated, robotic 3D printing.
- [The WAAM Guide](https://mx3d.com/the-waam-guide/): Economically produce large-scale industrial metal components weighing up to thousands of kilograms at high deposition rates of 2 to 8 kg/h.
- [Our Software](https://mx3d.com/waam-software/): MetalXL is the proprietary wire arc additive manufacturing software developed by MX3D. Designed to be the "brain" behind our advanced M1 and MX robotic metal 3D printers, MetalXL is the most comprehensive and easy-to-use WAAM software in the wire arc additive manufacturing industry.
- [Defense](https://mx3d.com/industries/defense/): WAAM solution designed for mission‑critical environments, built fully within NATO territory.
- [Privacy policy](https://mx3d.com/privacy-policy/): Last updated: August 16, 2022
- [Code of conduct](https://mx3d.com/code-of-conduct/): MX3D B.V. is committed to conducting business in an ethical, responsible, and sustainable manner. We expect our suppliers to share and uphold these values in their interactions and operations within our supply chain. This Supplier Code of Conduct outlines the standards and expectations we have for our suppliers.
- [Applications](https://mx3d.com/about/cases/): Applications
- [Art & Design](https://mx3d.com/industries/art-design/): Enhance customization, low manufacturing limitations & enhance computational and biomimicry design.
- [Research & Development](https://mx3d.com/technology/research-development/): Featured
- [Careers](https://mx3d.com/about/careers/): Careers
- [News](https://mx3d.com/about/news/): Latest News News Knowledge Base
- [Our team](https://mx3d.com/about/our-team/): Our Team Management Office Production Research and Development Control Workflow Sales Marketing Commissioning
- [Events](https://mx3d.com/about/events/): Events
- [Invest](https://mx3d.com/about/invest/): MX3D is 100% privately owned. EDF, ING, PDENH, and the Netherlands Enterprise Agency (RVO) support the scale-up of robotic 3D metal printing by MX3D. The investments were used to further enhance the technology, process quality, and sales activities of our Print on Demand Services and M1 Metal AM System for industrial-scale 3D metal printing.
- [Automotive](https://mx3d.com/industries/automotive/): Always operational — ensuring parts are available when critical.
- [Manufacturing](https://mx3d.com/industries/manufacturing/): Tailor part production in days, not months, perfect for prototyping, tooling, and custom parts.
- [Maritime](https://mx3d.com/industries/maritime/): Request a Quote
- [WAAM Certification & approved materials – MX3D](https://mx3d.com/technology/materials-certification-waam/): MX3D’s Tech is based on welding science. We work with a wide range of weldable metals and alloys. This ranges from stainless steels, duplex, Inconel, to aluminum, bronze, and corten alloys. In short, most weldable materials can be processed with our WAAM technology. Below is a list of commonly used materials. If you would like to inquire about other materials, please reach out to us.
- [Architecture & Construction](https://mx3d.com/industries/architecture-construction/): Complex geometries are created without formwork or joints.
- [About](https://mx3d.com/about/): Round-the-clock manufacturing, zero compromises
- [Technology](https://mx3d.com/technology/): WAAM uses standard welding wire, up to 90% cheaper than powder-based AM
- [Energy](https://mx3d.com/industries/energy/): In comparison to traditional manufacturing methods, such as casting, our final print’s strength and durability are superior.
- [Metal 3D Printing On Demand | WAAM Parts & Prototypes | MX3D](https://mx3d.com/metal-3d-printing-on-demand-waam-parts-mx3d/): Round-the-clock manufacturing, zero compromises
- [WAAM Systems & Machines | M1 & MX Metal 3D Printer | MX3D](https://mx3d.com/waam-systems/): Print a wide range of alloys and geometries, from lightweight parts to large industrial components, all with one system.
- [Contact](https://mx3d.com/contact/): Dynamostraat 46
1014 BK Amsterdam
The Netherlands
- [Robotic WAAM Metal 3D Printing Systems | MX3D](https://mx3d.com/): Manufacturing large industrial parts

## Calendar items
- [AM for Production 2026](https://mx3d.com/calendar-mx3d/am-for-production-2026/)
- [IMTS](https://mx3d.com/calendar-mx3d/imts/)
- [Additive Manufacturing for Oil & Gas Summit](https://mx3d.com/calendar-mx3d/additive-manufacturing-for-oil-gas-summit/)
- [Addidex](https://mx3d.com/calendar-mx3d/addidex/): Addidex Connect is a practitioner-led symposium for robotic 3D printing, taking place at the 3D Makers Zone in Haarlem, the Netherlands. Founded to give honest, factory-floor insights, this event brings together engineers, designers, and integrators to share real workflows, lessons learned, and practical solutions to advance the industry.
- [UDT Europe](https://mx3d.com/calendar-mx3d/udt-europe/): Undersea Defence Technology (UDT) is a premier global exhibition and conference dedicated to undersea defence and security. Bringing together military end-users, researchers, and industry professionals, the event focuses on advancing submarine capabilities, sonar innovation, and next-generation subsea technologies to address emerging maritime threats.
- [Euronaval](https://mx3d.com/calendar-mx3d/euronaval/)
- [Formnext](https://mx3d.com/calendar-mx3d/formnext/): We’re excited to announce that we will be exhibiting at Formnext 2026, the world’s leading trade fair for additive manufacturing, taking place in Frankfurt from 17–20 November 2026. With over 800 exhibitors and 30,000 professionals expected, Formnext brings together the entire AM value chain, from machines and materials to software and post-processing. We’ll be there to showcase our robotic Wire Arc Additive Manufacturing (WAAM) technology and connect with partners, customers, and innovators shaping the future of industrial 3D printing.

## Cases
- [Cylinder for Space Module](https://mx3d.com/case/tasi-space-ring/): As part of a long-term R&D collaboration, MX3D partnered with Thales Alenia Space to develop a large structural aluminum component. Designed for next-generation manned or unmanned space modules, including advanced pressurized chambers, this component demonstrates how robotic Wire Arc Additive Manufacturing (WAAM) accelerates space hardware production. Pushing the boundaries of MX3D’s continuous R&D, this collaborative effort successfully integrated multi-robot manufacturing, immense part size, and high-performance materials. By replacing traditional forged rings and multi-step assemblies with a single, continuously 3D-printed structure, the project achieved a breakthrough reduction in manufacturing lead times, material waste, and overall supply-chain complexity.
- [Stainless Steel Pressure Vessel](https://mx3d.com/case/stainless-steel-pressure-vessel/): Small pressure vessels are critical components utilized across multiple industries to securely store fluids or gases for short periods under varying and extreme pressures and temperatures. As an internal showcase of our manufacturing capabilities, MX3D produced this custom ER316L stainless steel pressure vessel. The project highlights how Wire Arc Additive Manufacturing (WAAM) can be leveraged to rapidly produce robust, heavy-duty industrial components in a matter of days rather than months.
- [Framatome Impeller](https://mx3d.com/case/framatome-impeller/): Framatome, a global leader in nuclear power technology, sought to explore the feasibility of Wire Arc Additive Manufacturing (WAAM) for producing large, safety-critical components. The company selected a full-scale stainless steel impeller as a benchmark case to test WAAM’s capacity for dimensional precision, mechanical integrity, and repeatability.Conventional manufacturing of such an impeller involves long lead times, heavy material waste, and high tooling costs. Framatome aimed to assess whether WAAM could provide a faster, more flexible alternative while maintaining the strict standards required by the nuclear industry.
- [Veranda Deck](https://mx3d.com/case/veranda-deck/): Lightweight design meets architectural freedom through Wire Arc Additive Manufacturing (WAAM).
- [Schindler Elevator](https://mx3d.com/case/schindler-elevator/): The Elevate project illustrates an in-depth study into the potential of using topology optimization and customization to redesign elevator carts. Topology optimization can lead to significant weight reduction.
- [Arc Bikes](https://mx3d.com/case/arc-bikes/): MX3D has printed two lightweight bikes in aluminum and stainless steel. These projects show that with the MX3D printing process, a custom bicycle can go from idea to end product incredibly fast.
- [Cucuyo Bar](https://mx3d.com/case/cucuyo-bar/): Cucuyo is an outdoor bar at the Perez Art Museum Miami (PAMM) for STARR Catering Group. The work was made in collaboration with Miami base architects BBA. The final assembled piece is 20 feet long, 12 feet wide and 9 feet high.
- [Star lamps](https://mx3d.com/case/star-lamps/): The Star Lamp series aims to integrate 3D printing for lighting solutions, allowing custom design for a mass market and on-demand tailored luminaries for a circular economy.
- [Butterfly Screen](https://mx3d.com/case/butterfly-screen/): The “Butterfly Screen,” designed by Joris Laarman Lab, explores the territory of large-scale sculpture, it is a 2 x 3 meter double-curved bronze surface based on a hexagonal cell division.
- [Tresse Tower](https://mx3d.com/case/tresse-tower/): “MX3D has the technique, new language and open intelligence to understand this very complex mathematical but also emotional sculpture. Robots, programmed by qualified people, that close the gap between the pure thought and the creation of the object with absolute respect.”
- [Gradient Screen](https://mx3d.com/case/gradient-screen/): This experimental sculptural work, produced by MX3D and designed by Joris Laarman, is part of a collection of sculptural screens in varying sizes, geometries and materials. Even multi-material gradients from bronze to steel are in the planning. The computationally generated aesthetics of the screens are not just pleasing to the eye but are also pushing the boundaries of our technology. 3D printing on this scale is unexplored territory so we are learning as we develop new sculptural work. For every new form language a specific strategy is developed resulting in large a library of strategies that will become self learning in the near future.
- [Dragon Bench](https://mx3d.com/case/dragon-bench/): The Dragon Bench – designed by Joris Laarman Lab – is the first sculptural piece created with the MX3D metal printer that we developed in-house. By combining our industrial robot (developed for our MX3D resin printer) with an advanced welding machine, we were able to print with metals such as steel, stainless steel, aluminum, bronze or copper, without the need of supporting structures. By adding small amounts of molten metal at a time, we can print double curved lines in midair. The combination robot/welding machine is driven by different types of software that work together closely.
- [Hagoromo Bench](https://mx3d.com/case/hagoromo-bench/): In 2019, Takenaka Corporation and MX3D initiated their first collaboration to explore the possibility of robotic WAAM technology in the production of large customized steel connectors for the infrastructure industry. The goal of the project was to automate both the design and production of complex connectors for large structures in the building industry.
- [Oregon Dragon Bench](https://mx3d.com/case/oregon-dragon-bench/): “Oregon Dragon Bench” by Joris Laarman Lab, installed at the new LeBron James Building, home to Nike’s Beaverton-based Advanced Innovation Center at Nike World Headquarters in Oregon, the USA.
- [The Whale Pass](https://mx3d.com/case/the-whale-pass/): “The Whale Pass”, is a set of three large-scale pieces of artwork, designed by Paolo Albertelli and Mariagrazia Abbaldo (Studio C&C).
- [Entanglement](https://mx3d.com/case/entanglement/): “Entanglement” soars above the BTCIS Atrium in the new Billie Tisch Center for Integrated Sciences at Skidmore College (NY). The 340kg sculpture turns and twists impossibly in midair, like a giant open knot or a mobius strip that leads the eye in endless movement around its sinewy curves. As a viewer moves beneath the sculpture, its painted steel shimmers and its colours transform from gold to green to blue.
- [The Underground Tree](https://mx3d.com/case/the-underground-tree/): At MX3D, we had the privilege of collaborating on a unique and inspired public artwork in Amsterdam. This project reimagines the roots of a chestnut tree that once stood on the site. The new tree, still in its early stages of growth, now finds itself surrounded by a striking 3.5-meter-high stainless steel root structure. This sculptural bench, designed to evoke the organic growth patterns of roots and the mesmerizing forms of uprooted trees, provides a place for visitors to sit and reflect on the site's history and natural beauty.
- [Dolium](https://mx3d.com/case/dolium/): Inspired by the archaeological theme of the Contreie district, Jeroen Verdaasdonk (javydesign), in collaboration with MX3D, has created a distinctive structural art object for Vrachelsplein: a modern interpretation of a Roman Dolium. Traditionally used to store goods like grain, the Dolium's cylindrical shape has been reimagined into an open, interactive structure where residents can walk through, sit, or gather.
- [Doha Dargon Bench](https://mx3d.com/case/doha-dargon-bench/): Part of the “Dragon bench” series was the “Doha Dragon Bench”, which was commissioned by Joris Laarman Lab. The Doha Dragon Bench was launched during February 2024 at the Doha Design Biennial in the district of Msheireb.
- [Bikes](https://mx3d.com/case/bikes/): At the MX3D facility based in Amsterdam a student team from TU Delft has developed a fully functional 3D printed stainless steel bicycle. The students designed the frame of the bicycle to demonstrate the potential of the MX3D method for 3D printing metal.
- [MX3D Bridge](https://mx3d.com/case/mx3d-bridge/): MX3D printed a fully functional stainless steel bridge to cross one of the oldest and most famous canals in the center of Amsterdam, the Netherlands. It is an example of successful 3D-printed bridge projects in Amsterdam using the robotic Wire Arc Additive Manufacturing (WAAM) technology, and it is also inspiring for related projects and 3D printing, all over the world. MX3D used proprietary MetalXL WAAM software and Metal AM Systems, the M1 and MX , to print the bridge and monitor the process.
- [ESA Floor](https://mx3d.com/case/esa-floor/): A skeletal floor for the ESA-supported lunar habitat design which was created by leading architects Skidmore, Owings and Merrill and currently on show at this year’s Venice Biennale.
- [Impeller](https://mx3d.com/case/impeller/): This 350Kg impeller, 3d printed in nickel aluminum bronze, was presented by MX3D at its Formnext 2022 Booth, Frankfurt Germany. The impeller is scheduled to be installed in the cooling system of ENGIE’s gas fired power plant at Amercoeur Belgium early next year.
- [WAAM Clamp](https://mx3d.com/case/waam-clamp/): MX3D successfully completed the printing of an industrial pipeline clamp. Clamps like these are used in the Chemical and Oil & Gas industries to prevent incidents and to increase the run time of an installation before maintenance is required.
- [Solstice Bridge](https://mx3d.com/case/solstice-bridge/): The Solstice Bridge was designed by Cyrus Clark, an architect for the city of Amsterdam. The pedestrian bridge spans 30 meters long over the Oostenburgervaart, a canal on the east side of the city center. The search for a uniquely defining design element led to the concept of 360 subtly different handrail balustrade poles, each one slightly different from the previous one in a transitioning motion.
- [Aluminium Cowl Vent](https://mx3d.com/case/aluminium-cowl-vent/): KM Yachtbuilders partners with MX3D to 3D print aluminum yacht parts aiming to produce their unique parts efficiently and cost-effectively and print industrial metal parts on-site. The research was in part funded by the Netherlands Enterprise Agency (RVO).
- [Aluminium Bulb keel](https://mx3d.com/case/aluminium-bulb-keel/): The keel is a flat blade that prevents the boat from being blown wayward by the wind and also holds the ballast that keeps the boat right-side up. WAAM eases the product development of keel systems, responding to the needs of each custom yacht, and can assure high performance.
- [Bronze propeller](https://mx3d.com/case/bronze-propeller/): The maritime sector needs to adopt advanced materials with a smaller environmental footprint that are less costly and easier to maintain. Through WAAM, it is possible to create lightweight, high-performance materials to manufacture hollow propeller blades to improve performance on the original design with optimal durability.
- [Optimized Truss](https://mx3d.com/case/optimized-truss/): A set of optimized metal trusses has been 3D-printed with robotic WAAM based on an end-to-end framework for additive manufacturing by the INTEGRADDE consortium. The optimization-initiated workflow incorporates detailed design and FE verification steps performed prior to additive manufacturing with robotic Wire Arc Additive Manufacturing (WAAM).
- [Takenaka Steel Connector](https://mx3d.com/case/takenaka-steel-connector/): MX3D produced a Structural Steel Connector, designed in collaboration with the engineers of Takenaka, one of the largest architecture, engineering, and construction firms in Japan. This project shows the progress in the production of highly customized and engineered steel connectors using robotic 3D metal printing, i.e. Wire Arc Additive Manufacturing (WAAM). The Steel Connector’s net weight is 40Kg reaching up to 45Kg after its hollow core was filled with approximately 2.5 liters of mortar. MX3D has 3D printed this connector using Duplex stainless steel, an alloy renown for its good mechanical properties and excellent corrosion resistance, ideal for structural design.
- [Rocket Thruster](https://mx3d.com/case/rocket-thruster/): Rocket Thruster with added functionalities and printed in one go with robotic 3D metal printing (#WAAM).
- [Robot arm](https://mx3d.com/case/robot-arm/): The MX3D Robot Arm is designed by the engineers of Altair, 3D printed by MX3D and serves as a replacement part for a ABB robot.
- [Steam Turbine spare part](https://mx3d.com/case/steam-turbine-spare-part/): This 97 kg steam-turbine spare component for TotalEnergies was produced by MX3D using robotic Wire Arc Additive Manufacturing (WAAM). The full-scale part was built in just five days of continuous printing at MX3D’s Amsterdam facility and is now ready for installation back into service.
- [Valve Body](https://mx3d.com/case/valve/): MX3D's Wire Arc Additive Manufacturing (WAAM) delivers high-quality parts with excellent lead times. Ideal for the energy industry. This 750kg carbon steel valve was printed in only 180 hours on a our turnkey M1 Metal AM System. The material properties of the printed part exceed the conventional casting process, with a quality similar to a forged component.
- [Pressure Vessel](https://mx3d.com/case/pressure-vessel/): Our reinforced Pressure Vessel is a clear sign that our proprietary WAAM technology is ready for industrial application. By using MX3D's dedicated WAAM Software and Systems it's possible to overcome challenges faced by Industries like energy, manufacturing, and maritime. Key industry benefits are lead time reduction, quality improvement, and cost-effectiveness.
- [Wheel Bracket](https://mx3d.com/case/wheel-bracket/): Due to their unique designs, custom large-scale metal parts are very costly to manufacture with conventional processes (e.g. CNC, casting) and can involve extensive lead time.
- [Pulper Screw](https://mx3d.com/case/pulper-screw/): The “Pulper screw” is a >600 kg print for the heavy processing industry, it’s printed with one of our WAAM dedicated M-Systems the M1 Metal Metal System, using 316L stainless steel supplied by Wedling Alloys.
- [Flanges](https://mx3d.com/case/flanges/): MX3D's M1 Metal AM System allows for 24/7 manufacturing to manufacture parts that needed to be outsourced to a casting or forging company before, resulting in significant lead time advantages
- [Heat Sink](https://mx3d.com/case/heat-sink/): Transferring heat is key to the energy industry, as heat exchangers and sinks are customized to the specific location. With our WAAM technology, the customer has design freedom to design a part with optimal heat transfer within the design space. Also internal cooling channels can be introduced, which would normally not be possible to make with traditional methods.
- [Mold](https://mx3d.com/case/mold/): WAAM advances small serial production, especially for complex geometries and customized parts. With MetalXL, our dedicated WAAM solution, you can print several components at the same time with various strategies, to further optimize your manufacturing capabilities.

## GEO's
- [Metal 3D Printing UAE: Scalable and Local WAAM Solutions](https://mx3d.com/geo/metal-3d-printing-uae-scalable-and-local-waam-solutions/): The United Arab Emirates' industrial sectors, including oil and gas, energy, aerospace, defense, and infrastructure, demand fast, reliable, and high-performance metal components. Wire Arc Additive Manufacturing WAAM enables UAE companies to produce large metal parts locally, reducing lead times and strengthening supply chain resilience. MX3D supports WAAM adoption in the UAE through turnkey system installations and certified metal 3D printing services.
- [Metal 3D Printing USA: Industrial-Grade WAAM Solutions](https://mx3d.com/geo/metal-3d-printing-usa-industrial-grade-waam-solutions/): Metal 3D printing in the USA is entering a new era, driven by the need for shorter lead times, greater supply chain resilience, and more sustainable manufacturing practices. At the forefront of this transformation is Wire Arc Additive Manufacturing (WAAM), a powerful metal additive manufacturing technology that enables the production of large-scale components directly from wire feedstock. As a leading provider of WAAM systems and certified component production, MX3D supports American industries with scalable, reliable, and digitally controlled 3D metal printing solutions. Our offerings cater to the distinct needs of the US energy sector, maritime industry, defense contractors, and heavy manufacturers seeking to accelerate production and reduce their reliance on casting or forging.
- [Wire Arc Additive Manufacturing United Kingdom: Industrial-Grade Metal 3D Printing](https://mx3d.com/geo/wire-arc-additive-manufacturing-united-kingdom/): As the UK industrial sector modernizes in response to global supply chain pressures, sustainability goals, and a growing need for agility, Wire Arc Additive Manufacturing (WAAM) emerges as a highly practical and strategic solution. At MX3D, we provide complete WAAM systems and certified on-demand component printing services tailored to the needs of UK manufacturers. Our robotic metal 3D printing technology delivers the speed, scale, and traceability needed to meet the unique challenges faced by British industries, from defense and energy to shipbuilding and infrastructure maintenance.
- [Metal 3D Printing Switzerland: Precision, Innovation, and Local Control](https://mx3d.com/geo/metal-3d-printing-switzerland/): Switzerland is globally recognized for its engineering excellence, high-value manufacturing, and precision-driven industries. From medical devices and aerospace tooling to energy infrastructure and heavy equipment, Swiss manufacturers demand quality, reliability, and efficiency. Wire Arc Additive Manufacturing (WAAM) answers this call, offering a scalable, certifiable, and cost-effective way to produce large and complex metal components.
- [Metal 3D Printing Spain: Scalable Solutions for Heavy Industry](https://mx3d.com/geo/metal-3d-printing-spain/): Spain's manufacturing and energy sectors are evolving rapidly, demanding faster, more flexible, and more sustainable ways to produce high-performance metal components. At MX3D, we provide advanced Wire Arc Additive Manufacturing (WAAM) solutions for Spanish companies looking to modernize their metal fabrication processes. Our robotic metal 3D printing systems and certified on-demand production services offer an industrial-grade alternative to traditional methods such as casting, forging, or machining. Importantly, WAAM also provides significant advantages over powder-based 3D printing, especially when it comes to producing large, structural parts for sectors like energy , maritime , infrastructure, and defense.
- [Robotic Metal 3D Printing Japan: WAAM for Industrial Precision and Speed](https://mx3d.com/geo/robotic-metal-3d-printing-japan/): Japan is globally renowned for its engineering heritage, manufacturing discipline, and commitment to technological excellence. With a deep foundation in sectors like automotive, energy , heavy industry, and maritime engineering, the demand for high-precision, scalable, and sustainable manufacturing technologies continues to grow. Wire Arc Additive Manufacturing (WAAM) has emerged as a transformative tool that fits seamlessly into this evolution. At MX3D, we bring WAAM to Japan through fully integrated robotic printing systems and certified metal 3D printing services, empowering manufacturers to deliver advanced components with speed, control, and flexibility.
- [Metal 3D Printing Ireland: WAAM for Advanced, Localised Manufacturing](https://mx3d.com/geo/metal-3d-printing-ireland/): Ireland's manufacturing sector continues to evolve, driven by a growing focus on local production, agility, and sustainability. As Irish industries seek solutions that reduce supply chain dependence and enable fast, high-performance production, Wire Arc Additive Manufacturing (WAAM) is gaining strong momentum. MX3D provides the Irish market with industrial-grade WAAM systems and certified metal printing services, allowing manufacturers to produce large-scale components with full control, traceability, and speed.
- [Metal 3D Printing France: Industrial-Grade WAAM for Critical Manufacturing](https://mx3d.com/geo/metal-3d-printing-france/): France is accelerating its industrial transformation through innovation, sustainability, and localized manufacturing. As part of this shift, Wire Arc Additive Manufacturing (WAAM) is gaining traction among French manufacturers, energy operators, and infrastructure developers. At MX3D, we offer robotic metal 3D printing systems and certified on-demand production services to support France's need for faster, scalable, and more sustainable industrial part production. WAAM delivers a key advantage over traditional and powder-based additive methods by enabling large-scale, certifiable component manufacturing with lower material costs, higher throughput, and increased design freedom.
- [Metal 3D Printing Canada: WAAM for Heavy Industry and Remote Resilience](https://mx3d.com/geo/metal-3d-printing-canada-waam/): Canada's solid industrial landscape, from energy production in Alberta to shipbuilding in Nova Scotia and aerospace in Quebec, demands reliable, scalable, and localized manufacturing solutions. Wire Arc Additive Manufacturing (WAAM) offers Canadian companies the ability to fabricate high-strength metal components on-site, at scale, and with full digital control. At MX3D, we support Canada's industries with turnkey WAAM systems and certified on-demand printing services designed for extreme performance, large dimensions, and regulatory compliance.
- [Metal 3D Printing Australia: WAAM for Scalable, Localized, and Sustainable Production](https://mx3d.com/geo/metal-3d-printing-australia-waam/): Australia's fixed geography and resource-driven economy present both challenges and opportunities in manufacturing. From mining and defense to rail infrastructure and marine engineering, the need for rapid, local, and high-performance part production is growing. Wire Arc Additive Manufacturing (WAAM) offers a powerful solution. MX3D brings this technology to Australia with complete WAAM system installations and certified on-demand metal 3D printing services.

## Vacancies
- [Channel Manager](https://mx3d.com/vacancie/channel-manager/): MX3D is looking for a proactive and commercially driven Channel Manager to build and manage our international network of sales agents, resellers, and partners.
- [Senior Bookkeeper](https://mx3d.com/vacancie/senior-bookkeeper/): MX3D is expanding rapidly, and we are looking for a Senior Bookkeeper to join our growing team in Amsterdam. In this role, you will take ownership of the company's financial administration , reporting , and internal control processes in a dynamic high-tech scale-up environment.
- [WAAM Engineer (Wire Arc Additive Manufacturing)](https://mx3d.com/vacancie/waam-engineer-wire-arc-additive-manufacturing/): Please note: We are not currently hiring for this position. However, we expect to require WAAM engineering expertise in the near future. If your profile matches the criteria outlined above, we encourage you to express your interest. With your permission, we will retain your details and may contact you when a suitable opportunity becomes available.
- [Robotic Commissioning Engineer](https://mx3d.com/vacancie/robotic-commissioning-engineer/): You will work closely with senior engineers during the commissioning of MX3D systems and assist with mechanical, electrical, and software tasks to ensure installations are successful and smoothly handed over to (internal) customers. Additionally, you will ensure internal systems are quickly restored in case of issues so that production can continue without delays.
- [Open Application](https://mx3d.com/vacancie/open-application/): We welcome open applications from professionals with experience in one or more of the following areas:
- [Senior Sales Engineer](https://mx3d.com/vacancie/senior-sales-engineer/): Please note: We are not currently hiring for this position. However, we expect to require Sales Engineering expertise in the near future. If your profile matches the criteria outlined above, we encourage you to express your interest. With your permission, we will retain your details and may contact you when a suitable opportunity becomes available.