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Navy order for AML3D, Roboze funding and a standards tool: AM news briefs

Published 1 sourceSummary written with AIDeutsche Version
Navy order for AML3D, Roboze funding and a standards tool: AM news briefs
Image: Stärke Advanced Manufacturing Group

Northrop Grumman Marine Systems has placed an initial order of about USD 2.2 million for an AML3D ARCEMY X wire-arc system, the fifth US Navy prime contractor to adopt it. The same news round covers an Australian laser repair project for military aircraft, USD 10 million for Roboze, the sale of 3D AI Studio and a compliance tool for AM qualification.

Key facts
  • AML3D: initial order of about USD 2.2 million from Northrop Grumman Marine Systems
  • AML3D has contracts for 17 ARCEMY systems in the US
  • Roboze raised USD 10 million for US expansion
  • Anycubic and Thingiverse collaboration section opens 17 November 2026

Context Directed energy deposition (DED) feeds wire or powder into a laser or arc melt pool to build up or repair metal features on an existing part.

What did Northrop Grumman order from AML3D?

AML3D received an initial order worth about USD 2.2 million from Northrop Grumman Marine Systems for a large-scale ARCEMY X system. Northrop Grumman is the fifth US Navy prime contractor to adopt the technology, and AML3D now has contracts for 17 ARCEMY systems in the United States. The customer supplies parts for missile launchers, naval propulsion and power generation, and chose the system for submarine industrial base work.

The machine ships from AML3D's US technology center in Stow, Ohio, to Northrop Grumman's site in Sunnyvale, California. The order includes a two-year maintenance and service package. Half of the payment falls due when the first project milestone is reached, with further milestone payments until final installation, expected in Q4 2027.

How are Australian groups approaching military aircraft repair?

Rosebank Engineering, the RMIT Centre for Additive Manufacturing and Swinburne University of Technology will spend two years developing a certifiable laser directed energy deposition repair process, supported by AMCRC. It targets precipitation-hardening alloys used in military aircraft, such as Inconel, 15-5PH stainless steel and titanium.

A laser rescanning technique is meant to control microstructure and reach the required properties without a heat treatment afterwards, by adjusting heat input locally. The aim is to repair a real military component in line with OEM and NASA-STD-6030 requirements, using Rosebank's AMCLAD monitoring and control system. The partners expect in-country repair to cut cost and lead time compared with long international supply chains.

Who is funding and buying what?

Roboze raised USD 10 million, with Rialto Ventures, which led its Series A, Club degli Investitori and strategic investors from the US, Italy and Singapore. The money goes to US production capacity for qualified end-use parts, hiring across AI, engineering, materials and defence roles, and new material classes such as ceramic matrix composites.

saas.group announced its 27th acquisition, 3D AI Studio, a platform that generates 3D models from images or text prompts. It reports 1.9 million registered creators and over 4 million generated assets, with export options including 3D printing.

What do StandardFlow and the Anycubic deal add?

StandardFlow, a spin-out of WeeklyVentures, offers an AI platform that checks a company's documentation against technical standards and flags gaps such as missing documents or outdated revisions, then produces qualification roadmaps. In a demonstration with a fictional naval bracket and five US military standards it found inconsistencies and conflicting specifications. Its CEO is Michael Molitch-Hou, formerly editor-in-chief of 3DPrint.com.

Anycubic and Thingiverse will give Anycubic users access to more than 2 million models, with selected ones adapted for multicolour printing and converted from STL to 3MF. The collaboration section on Makeronline opens on 17 November 2026.

What it means

The AML3D order and the Australian repair project both show defence customers moving metal deposition toward qualified, in-country production and repair. For European manufacturers, the lesson is that certification evidence, not the machine, sets the timeline: the Australian project plans two years to qualify one repair process. Tools like StandardFlow target exactly that documentation burden, though so far only in a demonstration with synthetic data. The StandardFlow item continues an earlier AddiWire story on the same platform.

Earlier on AddiWire

Frequently asked questions

When will the ARCEMY X be installed at Northrop Grumman?

Final installation at the Sunnyvale, California facility is expected in Q4 2027, with milestone payments until then.

What will the Australian L-DED repair project try to achieve?

It aims to demonstrate a certifiable repair of a military aircraft component meeting OEM and NASA-STD-6030 requirements, ideally without heat treatment afterwards.

What will Roboze do with the USD 10 million?

It plans to expand US production capacity for qualified end-use parts, hire in several fields and move into new material classes such as ceramic matrix composites.

Read the original reports
  1. 3DPrint.com, 7 Nov 2026