Industrial 3D Printing
The global energy sector is undergoing a profound transformation. Long‑term infrastructure built decades ago must continue to operate reliably under increasing geopolitical uncertainty and growing expectations around efficiency, emission reduction targets, and long-term performance. These pressures are particularly pronounced in oil & gas and nuclear energy, where assets are expected to perform safely and continuously over an extended lifetime.
Additive manufacturing (AM) extends established engineering, production, and inventory management practices by introducing new options for designing and producing critical components. By enabling on‑demand production of complex, high‑value parts, AM supports improved availability, optimized designs, and more flexible spare‑part strategies. Across oil & gas and nuclear applications, this creates opportunities to reduce downtime, extend asset lifetimes, and strengthen supply chain resilience in highly regulated, mission‑critical environments.
Are you ready to start your AM journey and unlock new potential for energy applications?
Coming soon!
Digital Expert Session on
UAVs & Drones
Digital Expert Session on
UAVs & Drones
Neil van Es | Geek in Chief at Parts On Demand
Ronnie Petersson | Sales Director at Prototal
Why Choose Industrial 3D Printing for Energy Applications?
Deeper Insights in Next-Gen Vaporizer Technology | Live Webinar – July 21
Customer Success Stories
Additive Snack Podcast Episodes
Additive Manufacturing in Oil & Gas with Christopher Beeson of ExxonMobil
Additive manufacturing is reshaping how oil and gas companies approach production, maintenance, and supply chains. EOS Host Fabian Alefeld speaks with Christopher Beeson of ExxonMobil about integrating AM into large‑scale industrial operations. Topics include advanced technologies such as laser powder bed fusion and wire DED, digital supply networks, university partnerships, workforce development initiatives, and the challenges of scaling AM across the sector.
ExxonMobil is one of the world’s largest publicly traded energy companies, advancing additive manufacturing to improve reliability, efficiency, and resilience across its global oil and gas operations.
Additive Manufacturing in Nuclear Power with Adam Travis of Westinghouse
Nuclear energy plays a critical role in providing reliable, low‑carbon power with some of the highest uptime rates in the energy sector. EOS Host Fabian Alefeld speaks with Adam Travis, Global Additive Manufacturing Program Leader at Westinghouse Nuclear, about the role of additive manufacturing in strengthening the nuclear industry. Topics include Westinghouse’s AM journey, the production of its 1,000th additively manufactured fuel flow plate, and how AM supports the future of nuclear power and grid stability.
Westinghouse is a global leader in nuclear technology, advancing additive manufacturing to enhance safety, reliability, and innovation across nuclear fuel and reactor operations.
Materials and Machines for Energy Applications
EOS combines industrial 3D printing systems, high‑performance materials, and deep application expertise, purpose‑built for highly regulated, safety‑related and operation‑critical energy applications.