ASTM Worldwide, a world requirements group chargeable for creating technical documentation throughout industries, has partnered with the Utilized Science & Expertise Analysis Group (ASTRO) America, a nonprofit that coordinates superior manufacturing coverage and defense-sector innovation. The three-year collaboration, working from December 2024 to December 2027, is concentrated on advancing requirements and qualification frameworks for Additive Friction Stir Deposition (AFSD), a solid-state additive manufacturing course of fitted to large-format metallic components.
The joint venture—formally titled “Development of Course of, Supplies, Functions, and Check and Analysis for Giant-Scale Additive Manufacturing”—shall be delivered in 5 technical phases. It is going to deal with establishing management plans throughout tools, facility structure, feedstock parameters, and AFSD course of operations. ASTM’s Additive Manufacturing Middle of Excellence (AM CoE), a hub for R&D, coaching, and standardization in additive applied sciences, will oversee stakeholder workshops and implement a High quality Administration System (QMS) for Characterization and Metrology (C&M). The purpose is to enhance reproducibility and readiness throughout industrial AFSD workflows.
Based in 2018, ASTM’s AM CoE works with nationwide laboratories, tutorial establishments, and trade to develop additive manufacturing requirements, certification protocols, and qualification instruments. It additionally collaborates with Wohlers Associates to offer market forecasting and technical advisory providers. ASTRO America manages U.S. government-funded initiatives that combine additive manufacturing with protection infrastructure. These embody a prototyping and manufacturing facility in Guam and assist for AFSD course of improvement on the Rock Island Arsenal. The group additionally works with small and mid-sized producers to scale superior manufacturing methods by way of public-private partnerships.
The collaboration will end in draft requirements for AFSD course of specs, QMS workflows, and non-destructive analysis (NDE) strategies. These deliverables are supposed to assist qualification of parts manufactured utilizing solid-state deposition strategies, the place thermal distortion is minimal however course of monitoring stays complicated. By integrating requirements with implementation planning, ASTM and ASTRO intention to cut back obstacles to adoption for large-scale AM in protection and heavy trade sectors.
ASTRO America will contribute by facilitating coordination with protection, aerospace, and coverage establishments. “Working with ASTM’s AM CoE ensures we’re not solely advancing new applied sciences like AFSD, however doing so with the rigorous high quality frameworks wanted for long-term success,” mentioned Jason Gorey, government director of ASTRO America.
“This collaboration displays our continued dedication to accelerating the commercial readiness of rising AM applied sciences by way of requirements, coaching, and utilized R&D,” mentioned Dr. Mohsen Seifi, ASTM’s vice chairman of worldwide superior manufacturing packages. “By combining ASTM’s AM CoE experience with ASTRO’s innovation management, we’re enabling a extra sturdy and scalable future for large-scale additive manufacturing.”
U.S. industrial funding methods prioritize AM
Siemens, a German conglomerate specializing in automation and digital infrastructure, introduced over $10 billion in funding to increase its U.S. operations. This contains two new manufacturing amenities in Texas and California, a serious acquisition within the software program sector, and focused workforce initiatives. The purpose is to strengthen home manufacturing, cut back materials waste by way of digitalization, and speed up synthetic intelligence integration throughout sectors. Siemens’ Fort Price and Pomona websites alone characterize a $285 million outlay and can provide electrical methods for AI information facilities and industrial purposes. With over $100 billion invested within the U.S. since 2004, Siemens is embedding itself deeper into nationwide infrastructure and superior manufacturing provide chains.
GE Aerospace adopted swimsuit with a $1 billion dedication for 2025 geared toward upgrading amenities throughout 16 states and increasing engine manufacturing capability. The funding contains $500 million to extend output of the CFM LEAP engine and $200 million for navy engine packages such because the T901. The corporate can be directing over $100 million to scale next-generation supplies and 3D printing capability, together with ceramic matrix composites and additive manufacturing strategies that enhance thermal resistance and weight effectivity. GE Aerospace’s put in base of 70,000 engines, alongside current hiring and coaching efforts, positions it as a key participant in advancing each aerospace innovation and home manufacturing resilience.
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Featured picture showcase ASTM Middle of Excellence Emblem. Picture by way of ASTM.
