America’s inability to respond adequately to the increasing demand for rapid and flexible onshore manufacturing is becoming more glaring. Traditional overseas manufacturing methods that have been the backbone of US OEMs are now too slow, too rigid, and too unpredictable for today’s fast-paced production needs.
Manufacturers using these traditional methods struggle with increasing costs, inflexible tooling, and long lead times. Many notable companies have resorted to trading flexibility for affordability or speed for quality. Additionally, every existing arrangement could crumble like a house of cards in the face of an urgent demand spike. James DeMuth, a former Lawrence Livermore National Laboratory staff engineer working on fusion, lasers, and materials, and current CEO and Co-Founder of Seurat, says this situation is no longer viable for manufacturing in the US if we’re ‘serious about reshoring and staying ahead of competition.’
James’s company, Seurat, is an advanced digital manufacturing company based in Massachusetts, challenging the industry norm with a bold solution called Area Printing(R). The company operates a high-speed metal 3D printing factory delivering scalable serial production with no tooling and no quality compromises.
Seurat’s Area Printing makes additive manufacturing viable for mass production by delivering design freedom and high-speed serial production at price points that are cost-competitive with traditional manufacturing.
James says ‘We are not scaling additive like a lab experiment. We are scaling it like it’s the future of American manufacturing, because it is.”
At the center of Seurat’s innovations is its Area Printing platform that uses a single large patterned laser beam dynamically controlled at the pixel level. This beam melts an area 10,000 times larger than the typical 100 micron-sized laser spot used in conventional additive manufacturing systems. The large area combined with pixel-level pattern control, enables high-grade production of precise metal parts with zero tooling.
Seurat’s operations are backed by the belief that the cost of industrial delay is more damaging than we think. Having gone through the COVID-19 pandemic, and now facing geopolitical disruptions, it is clear that waiting months to receive overseas parts tooling is too much of a risk to take.
It seems like DeMuth and Seurat are not thinking along these lines alone. In June 2025, US lawmakers made a $131 million proposal to establish a “Commercial Reserve Manufacturing Network,” which would enable the Department of Defense to work with companies to channel their output from commercial products to defense hardware when necessary. The report references leveraging additive manufacturing to create a flexible and decentralized production model for the US.
Seurat is already poised to deliver flexible and fungible production processes with its parts factory model. Its pilot factory is already producing metal parts for commercial purposes across several industries, delivering speed and quality that can replace traditional methods. Crucially, the fully digital production system makes it possible to print automotive components during the day and respond to defense or PPE surge demand at night.
But additive manufacturing isn’t just about making supply chains more resilient, it’s also about unleashing innovation. The next generation of products won’t be constrained by the limits of traditional manufacturing. Designs that were once too complex or costly to produce at scale can now be manufactured affordably, paving the way for a new era of product innovation and performance across all industries.
Future-ready manufacturing and fungible capacity are the driving forces behind the next era of American Dynamism. By enabling smarter, faster, and more localized manufacturing, they will power a resilient supply chain and unlock breakthrough products that will define and secure our future.
inability to respond adequately to the increasing demand for rapid and flexible onshore manufacturing is becoming more glaring. Traditional overseas manufacturing methods that have been the backbone of US OEMs are now too slow, too rigid, and too unpredictable for today’s fast-paced production needs.
Manufacturers using these traditional methods struggle with increasing costs, inflexible tooling, and long lead times. Many notable companies have resorted to trading flexibility for affordability or speed for quality. Additionally, every existing arrangement could crumble like a house of cards in the face of an urgent demand spike. James DeMuth, a former Lawrence Livermore National Laboratory staff engineer working on fusion, lasers, and materials, and current CEO and Co-Founder of Seurat, says this situation is no longer viable for manufacturing in the US if we’re ‘serious about reshoring and staying ahead of competition.’
James’s company, Seurat, is an advanced digital manufacturing company based in Massachusetts, challenging the industry norm with a bold solution called Area Printing(R). The company operates a high-speed metal 3D printing factory delivering scalable serial production with no tooling and no quality compromises.
Seurat’s Area Printing makes additive manufacturing viable for mass production by delivering design freedom and high-speed serial production at price points that are cost-competitive with traditional manufacturing.
James says ‘We are not scaling additive like a lab experiment. We are scaling it like it’s the future of American manufacturing, because it is.”
At the center of Seurat’s innovations is its Area Printing platform that uses a single large patterned laser beam dynamically controlled at the pixel level. This beam melts an area 10,000 times larger than the typical 100 micron-sized laser spot used in conventional additive manufacturing systems. The large area combined with pixel-level pattern control, enables high-grade production of precise metal parts with zero tooling.
Seurat’s operations are backed by the belief that the cost of industrial delay is more damaging than we think. Having gone through the COVID-19 pandemic, and now facing geopolitical disruptions, it is clear that waiting months to receive overseas parts tooling is too much of a risk to take.
It seems like DeMuth and Seurat are not thinking along these lines alone. In June 2025, US lawmakers made a $131 million proposal to establish a “Commercial Reserve Manufacturing Network,” which would enable the Department of Defense to work with companies to channel their output from commercial products to defense hardware when necessary. The report references leveraging additive manufacturing to create a flexible and decentralized production model for the US.
Seurat is already poised to deliver flexible and fungible production processes with its parts factory model. Its pilot factory is already producing metal parts for commercial purposes across several industries, delivering speed and quality that can replace traditional methods. Crucially, the fully digital production system makes it possible to print automotive components during the day and respond to defense or PPE surge demand at night.
But additive manufacturing isn’t just about making supply chains more resilient, it’s also about unleashing innovation. The next generation of products won’t be constrained by the limits of traditional manufacturing. Designs that were once too complex or costly to produce at scale can now be manufactured affordably, paving the way for a new era of product innovation and performance across all industries.
Future-ready manufacturing and fungible capacity are the driving forces behind the next era of American Dynamism. By enabling smarter, faster, and more localized manufacturing, they will power a resilient supply chain and unlock breakthrough products that will define and secure our future.