Supply chains used to be the wonder of logistics. Their interconnectedness made low-cost efficiency possible for a long time. But that model is under pressure. Today, rising trade tensions, tariff threats, and geopolitical uncertainty are forcing companies everywhere to confront a new reality; the systems we built for yesterday’s world are no longer fit for today’s demands.
This glaring vulnerability is a major concern because manufacturing is becoming a matter of national strategy. Around the world, and especially in the United States, governments, defense leaders, and industrial CEOs are rethinking what it means to build resilient, flexible, and future-ready production capacity. While Additive Manufacturing (AM) is getting increased attention as a potential solution, not all AM processes are created equal.
James DeMuth, the CEO and Co-Founder of Seurat, a metal 3D printing contract manufacturing company based in Massachusetts, US, says Additive Manufacturing is the present and future. He says ‘It reduces lead times, eliminates the need for hard tooling, shortens assembly steps, and localizes manufacturing, all at the same time. And when you can produce cost-competitive AM parts at scale—like Seurat can—you unlock true product innovation and supply chain resilience.
The appeal of AM is found in its processes. Unlike expensive and time-consuming traditional processes, AM leverages digital designs to build parts in layers, delivering a flexibility that massively accelerates response times and reduces production waste, whether you’re making energy systems, jet engines, electric vehicles, or even sports equipment.
However, traditional AM’s high costs have limited it to prototyping and low-volume, high-value parts. Seurat changes that. Its exclusive Area Printing(R) platform and future-ready parts factories make serial production of high-volume metal parts a reality. Now, Seurat is ready to disrupt and reshore the $3 trillion metal parts production supply chain dominated by machining, casting, and forging.
Having experienced first-hand the transformative powers of additive manufacturing, James is calling on the US government to make AM a national priority. He says ‘National security and manufacturing readiness go hand-in-hand, and only breakthrough technologies like ours can deliver the necessary combination of agility, quality, and cost-competitiveness.”
James warns that there is a widening strategic gap between countries that are investing heavily in additive manufacturing and those that are not. He says ‘American innovation, competitiveness, and resilience are threatened by heavy Chinese government subsidies of its domestic AM companies. The Chinese AM market is one of the fastest-growing AM markets globally … thanks in large part to subsidies from the Chinese government. This provides Chinese companies with a competitive edge in research, development, and production.’
As James puts it, falling behind in vital manufacturing capability will stifle innovation and investment in the U.S and will undermine national security interests by making the country reliant on China for the production of sensitive parts crucial to our national defense.
In a world faced with so many disruptions, economic, geopolitical, health, and environmental, a country such as the US cannot continue to overlook agility in production. That’s why Seurat is building future-ready parts factories: to help manufacturers move faster, build smarter, and regain control – closer to home, and ready for what’s next.
The time for companies to re-evaluate their production strategies is now, and Seurat’s model proves that AM can go beyond the niche—transforming global production and reshaping supply chains, one high-volume metal part at a time.
