Phillips Corporation and MX3D Unite to Advance Robotic Wire Arc DED in the U.S.
Phillips Corporation and MX3D, a pioneer in robotic Wire Arc Additive Manufacturing (WAAM), have formed a strategic alliance to drive the adoption of robotic Direct Energy Deposition (DED) technologies across the U.S. industrial landscape. The collaboration aims to transform how complex metal parts are produced in aerospace, energy, maritime, and heavy manufacturing sectors.
John Harrison, President of Phillips Global Additive, expressed strong confidence in MX3D’s welding knowledge and the intellectual property behind their systems. He noted that their expertise enables the production of quality parts suited for critical applications, particularly where strength and reliability are non-negotiable. On the other side, Gijs van der Velden, CEO of MX3D, highlighted how the partnership with Phillips Corporation would speed up the adoption of their systems in the U.S. by leveraging Phillips’ extensive service infrastructure and close customer relationships.
With a strong legacy of over six decades in engineering and manufacturing innovation, Phillips Corporation is recognized for its commitment to advancing American industry. The company’s robust service network and longstanding relationships with the public and private sectors make it a trusted name in manufacturing. In recent years, Phillips has deepened its investment in additive manufacturing technologies, acknowledging their power to streamline production, reduce material waste, and enable next-generation designs that traditional manufacturing cannot achieve.
MX3D, headquartered in the Netherlands, has emerged as a global leader in robotic WAAM technology. Known for engineering the world’s first 3D printed steel bridge, MX3D combines technical ingenuity with practical application. Their systems—built around the award-winning MetalXL software and complete M1 and MX robotic platforms—can produce large-scale metal parts with remarkable precision and consistency. Top-tier organizations, including the U.S. Army, BMW, and EMPA, have adopted their technology, showcasing the global trust in their capabilities.
With Phillips Corporation now serving as MX3D’s exclusive distributor and service provider in the U.S., the collaboration ensures American businesses have localized access to advanced 3D metal printing solutions, backed by responsive, expert support.
Robotic wire arc DED is poised to become a mainstay in sectors that require fast, precise, and durable part production. The technology enables engineers to manufacture components layer by layer using industrial welding robots, with the flexibility to work in a range of alloys and build geometries previously considered unfeasible. For sectors like aerospace and energy, where performance and turnaround times are critical, this shift dramatically improves efficiency and supply chain resilience.
This partnership reflects a strategic alignment of vision and capability. By merging MX3D’s pioneering hardware and software with Phillips’ domestic expertise and customer reach, the two companies are positioning the U.S. to take a leadership role in the next era of industrial innovation. Enterprises and government agencies alike stand to gain from reduced lead times, cost efficiencies, and the ability to produce critical parts domestically.
Furthermore, this collaboration sets the stage for a wider transformation in manufacturing in the U.S. As robotic DED becomes more accessible, it will likely influence workforce development, educational programs, and government policy. Organizations investing in this technology will gain a competitive edge and contribute to a more sustainable and digitally advanced manufacturing ecosystem.
