What does WAAM stand for? What is WAAM? The Technology Explained
Part of our Complete Guide to Wire Arc Additive Manufacturing → What Robotic 3D Printing Enables in WAAM (Wire Arc Additive Manufacturing)? What is WAAM robotic 3D printing? WAAM Explained WAAM Robotic 3D printing is an advanced additive manufacturing technique and technology where multi-axis robotic arms fabricate objects layer by layer. Unlike traditional 3D printers, […]
What types of metals and materials can MX3D 3D print?
Custom Alloy Options Tailored to Project Requirements 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 […]
How does MX3D’s metal 3D printing process work? | MX3D
Robotic WAAM for Large‑Scale Metal Additive Manufacturing 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?
Showcasing the Capabilities of Large‑Scale Robotic Metal 3D Printing 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 […]
Who are MX3D’s main clients and industries served?
Serving a Wide Range of Industries with Advanced robotic WAAM (Wire Arc Additive Manufacturing) 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 […]
How does MX3D differ from other industrial 3D printing companies?
MX3D Stands Apart from Traditional Industrial 3D Printing 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 […]
What is MX3D and what services do they provide in metal 3D printing?
A Global Leader in Industrial Metal 3D Printing with WAAM 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 […]
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 […]
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 […]
Why use Wire Arc Additive Manufacturing (WAAM) over laser-based additive manufacturing?
Using Wire Arc Additive Manufacturing (WAAM) about laser-based additive manufacturing 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 […]
