AML3D delivers first containerized ARCEMY wire-arc metal AM system to US Navy's Additive Manufacturing Center of Excellence in Danville, Virginia
Hardware
Originally reported by 南极熊
Australian wire-arc additive manufacturing company AML3D has delivered its first containerized, portable ARCEMY system to the US Navy's Additive Manufacturing Center of Excellence (AM CoE) in Danville, Virginia, according to a report dated May 7, 2026. ARCEMY is AML3D's directed energy deposition (DED) platform, built around robotic wire-arc welding heads that build large metal parts layer by layer. The containerized configuration packages the system for field and shipboard deployment rather than fixed factory-floor use, marking AML3D's first delivery of this portable form factor to a US defense customer.
The move places AML3D in a defense-manufacturing race that has moved faster than most other AM segments over the past two years, as the Navy and broader US defense establishment push for forward and afloat repair capability rather than shipping damaged components back to shore-based depots. Wire-arc DED's strength is large-format, high-deposition-rate metal builds, which suits structural and propulsion-adjacent parts that would be impractical on laser powder bed fusion systems optimized for finer features and tighter tolerances. AML3D competes in this space against Lincoln Electric, Sciaky's EBAM line, Norsk Titanium and RAMLAB, but a containerized unit sited directly at the Navy's own center of excellence gives it a foothold inside the evaluation pipeline that shapes future qualification decisions. For an Australian supplier, this also lands inside a period where US defense buyers are actively courting allied manufacturing capacity rather than defaulting to domestic-only sourcing.
One unit at a demonstration site is not yet a program of record, and no contract value was disclosed. The part that matters next is whether the AM CoE moves specific ship-repair or sustainment parts through qualification on this system, and whether AML3D can convert the placement into repeat orders rather than a single showcase deployment.
Topics