America Makes has awarded $10.5 million to 25 teams as part of a push to standardize how metal 3D printing suppliers get qualified to build parts for the U.S. defense industrial base — a bureaucratic-sounding move that could quietly reshape who gets to print titanium brackets and nickel-superalloy components for military hardware.
The funding flows through America Makes' Joint Additive Qualification for Sustainment – Supplier Qualification program, known as JAQS-SQ, and comes from the Office of the Under Secretary of War's Manufacturing Technology Office (OSW ManTech). The award, announced July 27, 2026, brings the total number of qualified suppliers in the JAQS-SQ network to 31 companies, according to reporting from VoxelMatters.
What JAQS-SQ Actually Does
Metal additive manufacturing has a qualification problem. Two shops running ostensibly identical laser powder bed fusion (LPBF) machines on the same alloy can produce parts with meaningfully different microstructures, porosity levels, and mechanical properties depending on machine calibration, powder handling, and process parameters. For a hobbyist printing a bracket, that variability is a shrug. For a part going into a fighter jet's fuel system or a submarine's propulsion train, it's a program-ending liability.
Historically, each prime contractor and each branch of the military has run its own qualification gauntlet for AM suppliers — a duplicative process that can take years and forces suppliers to re-prove the same fundamental capability to every customer they want to work with. JAQS-SQ is America Makes' attempt to break that cycle by creating a shared, standardized qualification pathway covering both laser powder bed fusion and directed energy deposition (DED), the two metal AM processes most relevant to sustainment and repair of defense hardware. Qualify once against the JAQS-SQ standard, in theory, and multiple defense customers can trust the result rather than each running their own version of the same audit.
That matters most for sustainment — keeping aging aircraft, ships, and ground vehicles running by 3D printing replacement parts that are no longer in production or whose original supply chains have dried up. It's a use case where metal AM has already proven itself technically; the bottleneck has been trust and paperwork, not physics.
Who's In the Network
The 25 newly funded teams join an existing qualified-supplier roster that America Makes says now totals 31 companies. Among the named participants highlighted in the award coverage are AML3D USA, GKN Aerospace, Nikon AM Synergy, and Norsk Titanium US — a mix that spans a wire-arc additive specialist (AML3D), a longtime aerospace structures and engine-component supplier (GKN), a metal AM systems integrator under the Nikon umbrella (Nikon AM Synergy), and a forged-titanium-via-directed-energy-deposition producer (Norsk Titanium) that has already supplied structural titanium parts for Boeing aircraft programs.
That spread is notable. It's not just powder bed fusion job shops getting qualified — DED processes, which build up material layer by layer using wire or powder feedstock melted by a laser or electron beam and are particularly well suited to large-format metal parts and repair work, are explicitly part of the standardization effort. Sustainment work often means adding material to an existing worn or damaged part rather than printing a component from scratch, which is DED's home turf more than LPBF's.
Wichita State University's National Institute for Aviation Research (NIAR) has been tapped to build the training curriculum that will underpin the qualification process — putting an academic aerospace-manufacturing research center in the position of defining what "qualified" actually means for AM operators entering the defense supply chain, rather than leaving that definition to individual primes.
The Money Behind It
The $10.5 million comes from OSW ManTech, the Pentagon's manufacturing technology office, which has spent more than a decade underwriting America Makes as the flagship Manufacturing USA institute for additive manufacturing. The funding mechanism itself is unremarkable — ManTech has bankrolled dozens of AM standardization and qualification efforts since America Makes' founding in 2012 — but the scale and the explicit focus on supplier qualification, rather than materials research or machine development, signals where the Pentagon thinks the AM bottleneck currently sits: not in whether the technology works, but in whether the acquisition system trusts it enough to buy from a broader set of vendors.
"This award signifies a pivotal moment for the Joint Additive Qualification for Sustainment initiative," said Ben DiMarco, America Makes' Technology Transition Director, calling the effort "one of the largest coordinated efforts to qualify and expand additive manufacturing in support of national defense readiness." That reads as more than standard program messaging — it reflects a real structural shift: a qualification framework that started as a pilot concept is now funded at a scale that treats it as permanent defense-industrial infrastructure.
What It Means for Makers
Nothing here touches a desktop FDM printer or a home shop running a single-laser LPBF machine on a shoestring budget — JAQS-SQ is aimed squarely at established metal AM manufacturers with the capital equipment, quality systems, and certifications to plausibly serve defense primes. But the ripple effects matter for the broader AM industry that FilamentFeed readers track.
First, a standardized qualification pathway lowers the cost of entry for mid-size metal AM shops that have the technical chops but not the bandwidth to run separate qualification campaigns for every prime contractor they want to court. That's the kind of structural change that can pull new capacity into the defense supply chain faster than one-off contracts ever could.
Second, watch NIAR's curriculum. Training material built to define what "qualified" means for LPBF and DED operators tends to become a de facto industry reference well beyond the program that funded it — the same way NIAR's composites and materials testing work has shaped standards outside aviation.
Third, the growing roster — AML3D, GKN, Nikon AM Synergy, Norsk Titanium, and 27 others — is a useful list to watch. Companies that clear JAQS-SQ qualification are, in effect, getting a government-recognized credential that should carry weight with commercial aerospace and industrial customers too, not just military ones. For an industry that has spent a decade trying to prove metal AM parts are trustworthy enough for flight-critical and mission-critical hardware, that credential is arguably worth more than the $10.5 million check that built it.
