Aurelius Ignites US Laser Production to Fill Critical Defense Gap

SAN FRANCISCO, CA – April 29, 2026 – Defense technology firm Aurelius Systems announced today the launch of a new manufacturing division, Aurelius Manufacturing, aimed at producing high-power fiber laser source modules within the United States. The move represents a significant step toward closing a critical and growing gap in the nation's defense and industrial supply chains, addressing over a decade of declining domestic production and increasing reliance on foreign suppliers.

In a direct response to a market vulnerability it discovered while developing its own counter-drone systems, the San Francisco-based company is vertically integrating to produce the core components essential for the next generation of military and industrial technology. The initiative comes as the Pentagon aggressively pushes to field directed energy weapons at an unprecedented scale, creating a surge in demand that the current domestic industrial base is struggling to meet.

A Critical Gap in America's Arsenal

The decision to establish a U.S. laser production line is rooted in a stark reality: America's ability to produce one of the most critical components for modern warfare and advanced manufacturing has been steadily eroded. For years, the production of high-power fiber lasers has been progressively offshored. The global market, valued at nearly $7 billion in 2023 and projected to more than double by 2032, has become heavily concentrated overseas.

Chinese manufacturers, in particular, have achieved overwhelming dominance. In 2022, they captured over 95% of the 3-6kW fiber laser market and over 64% of the high-power 10kW+ market within their own borders, a segment where they held less than 6% just four years prior. This dominance in the Asia-Pacific region, which constitutes nearly half the global market, is now expanding into the U.S. through new products and service networks.

This trend has created a precarious situation for U.S. defense programs. For systems that require components compliant with the International Traffic in Arms Regulations (ITAR) and a fully traceable, secure domestic supply chain, the pool of qualified suppliers has become dangerously small relative to escalating demand. The challenge is compounded by a reliance on foreign sources for critical minerals like gallium and germanium, essential for laser diodes and optics, with China being the primary global supplier. This offshoring of capability and reliance on foreign materials presents a tangible national security risk.

Fueling the Pentagon's Directed Energy Push

The urgency to re-shore this technology is underscored by the Pentagon's dramatic pivot towards directed energy. The Department of Defense has identified “scaled directed energy” as a critical technology area and is backing it with massive financial commitments. An initial $250 million in R&D funding has been dwarfed by budget proposals for fiscal year 2027 that seek over $2 billion for directed energy RDT&E—a more than fourfold increase.

The strategic imperative is to field functional laser weapon systems at scale within 36 months. Programs like the Army's Enduring High Energy Laser (EHRL), which is nearing its first production contract for up to 24 systems, and the Navy's ambitious call to place laser weapons on every surface fleet vessel, are transitioning from prototype to full-scale production. This shift is creating a demand shock that the existing supply chain is ill-equipped to handle, resulting in long lead times from the few qualified vendors and highlighting the urgent need for more industrial capacity.

By building the foundational laser sources domestically, Aurelius Manufacturing aims to directly service this demand, providing a secure and reliable pipeline of components to prime contractors and government agencies working to realize the Pentagon's vision for a high-tech, laser-equipped military.

A U.S. Solution for Defense and Industry

Aurelius Manufacturing's first product is a compact, multi-kilowatt, rack-integrated fiber laser source module, configurable for both defense and industrial applications. Crucially, the company guarantees these sources will be ITAR-compliant with full domestic traceability, ensuring they are built in the U.S. and independent of foreign allocation schedules or geopolitical instability.

"It's clear the domestic production of high-power lasers in the US is significantly lower than necessary to support both our directed energy and defense needs," said Michael Laframboise, CEO of Aurelius Systems. "Laser system production has been continually offshored outside of our lands. In order to support our customers, the directed energy industry at large and the growing material processing industry in the US, we'll be vertically integrating and producing lasers here in the homeland."

The impact extends beyond the defense sector. The same high-power lasers are essential for advanced industrial processes, including precision welding, metal cutting, surface treatment, and additive manufacturing. For U.S. industrial customers in the automotive, aerospace, and heavy manufacturing sectors, the new domestic supply promises to slash notoriously long lead times and provide direct access to the engineers designing and building the hardware. This localization helps de-risk supply chains for commercial manufacturers who have also faced disruptions from relying on overseas components.

Aurelius Systems, which developed the Archimedes counter-drone laser system, is leveraging its own experience as a customer to build the supply chain it realized was missing. The new division is positioning itself not just as a component supplier, but as a strategic partner in rebuilding America's high-tech industrial base. Production capacity reservations for the first quarter of 2027 are now open, signaling the company's readiness to begin filling the gap it has identified.