AML3D Secures AU$1.2M Order for Shipping Container-Mounted ARCEMY System

AML3D has secured a AU$1.2 million order from Austal USA for a portable ARCEMY Small additive manufacturing system, set to enhance the US Navy’s manufacturing capabilities with rapid deployment and flexible use.

  • AU$1.2 million order for ARCEMY Small system
  • System pre-mounted in a shipping container for rapid installation
  • Deployment at US Navy’s Additive Manufacturing Center of Excellence in Danville, Virginia
  • Supports small part manufacturing and technological development
  • Expands AML3D’s footprint in US military additive manufacturing
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A Strategic Win for AML3D

AML3D Limited, an Australian leader in metal additive manufacturing, has announced a significant AU$1.2 million order from Austal USA for its ARCEMY Small system. This order marks a notable expansion of AML3D’s presence within the US military supply chain, specifically targeting the US Navy’s Additive Manufacturing Center of Excellence located in Danville, Virginia.

The ARCEMY Small system is designed to be pre-installed within a 20-foot shipping container, a move that dramatically reduces installation time from weeks to mere days. This modular, containerized approach not only accelerates deployment but also offers remarkable flexibility, allowing the system to be relocated easily within the facility or to other sites as operational needs evolve.

Enhancing Military Manufacturing Capabilities

The portable ARCEMY Small will complement the existing ARCEMY X system already operational at the Danville center. Its primary role will be to accelerate technological development and facilitate the manufacturing of small parts, critical for the Navy’s maritime and defense applications. The portability aspect hints at future possibilities for forward deployment, enabling on-demand manufacturing directly at points of need across various military branches.

AML3D’s CEO Sean Ebert highlighted the broader implications of this order, emphasizing that the company is just beginning to tap into the vast potential of its technology within the US military and allied defense sectors. The ARCEMY systems’ ability to support complex manufacturing tasks with improved efficiency and environmental benefits positions AML3D as a key player in modern defence manufacturing innovation.

Market Implications and Future Prospects

This contract not only strengthens AML3D’s relationship with Austal USA but also signals growing confidence in additive manufacturing technologies within defense supply chains. The staged payment structure and expected delivery in January 2026 provide a clear timeline for investors to monitor progress. Moreover, the portable nature of the ARCEMY Small system opens doors to new markets, including potential deployments in allied countries such as the UK and Australia.

AML3D’s focus on combining robotics, welding science, and proprietary software to deliver advanced manufacturing solutions aligns well with global trends towards more agile, cost-effective, and environmentally responsible production methods. As defense forces worldwide seek to modernize their manufacturing capabilities, AML3D’s technology could become increasingly indispensable.

Bottom Line?

AML3D’s portable ARCEMY system order signals a growing foothold in military additive manufacturing, with broader deployment opportunities on the horizon.

Questions in the middle?

  • How will AML3D scale production to meet potential future military contracts?
  • What are the technical challenges in deploying ARCEMY systems in forward military environments?
  • Could this portable manufacturing approach disrupt traditional defense supply chains globally?