Siemens Government Technologies’ Post

We have a singular focus in improving engineering via software.

The toughest challenges present an opportunity to pioneer. That's why we’re leveraging industry-leading additive manufacturing processes to help the Department of Defense develop hypersonic propulsion components in higher volume, reducing costs with a less fragmented supply chain. https://bit.ly/3wsUL5e

Discover how CNC services in Canada are transforming the automotive industry with cutting-edge precision and innovation! From enhancing manufacturing efficiency to enabling custom designs, CNC technology is driving the future of automotive advancements. Read more to see how these advancements are shaping the industry: https://lnkd.in/g8Z_yyRk

News: Metal Additive Manufacturing (AM) offers unparalleled opportunities for both the U.S. Air Force (USAF) and the commercial manufacturing sectors. However, the full potential of these benefits is hindered by the significant time and cost involved using today’s means and methods for developing AM parts, materials, and machines - severely compromising the agility of the USAF's use of AM. Today, Dyndrite received an AFWERX award to leverage its new “Software Defined Process Qualification” (SDP Qual) approach to enable users to easily adapt to technological advancements and shifts in supply chains without undergoing costly, time-consuming, and manual, qualification processes. Using Dyndrite, the Air Force will save time and money by rapidly conducting qualification workflows to ensure their AM production is repeatable and predictable. Read the press release here →  https://lnkd.in/eFNe4eX6

The rail industry is ideal for #additivemanufacturing, certainly for spare parts, even for serial production. Was great to hear from Deutsche Bahn's Stefanie Brickwede, Siemens Mobility's Christian Ochs and Würth Additive Group's AJ Strandquist this morning about the opportunity. Similar to U.S. Navy submarines, I keep hearing the magic 10% figure - in this case, that's DB's expectation for 3D printable spare parts in the tenders it issues. Essentially that's 10% of 1.2 billion euros/year in rolling stock spare parts for them. Christian noted that while they design trains for 30 years of usage, they are often in use much longer - he's seen 70 years. Needless to say, no digital files. Often, no suppliers. Challenges: More standards - with Europe, US and others talking to each other, which is also what MGA Mobility | MGA Medical - Mobility goes Additive e.V. does, and of which Stefanie is Managing Director. More materials. Consideration of full lifecycle costs, because traditionally manufactured parts might win initially in cost per part but lose over years of spare parts replacement. Great conversation moderated by 3D ADEPT (3DA) today.

South Korea's industry and defense ministries have strengthened their collaboration on using 3D printing to produce discontinued military parts. This initiative, ongoing since 2017, has already improved the operational readiness of warships and tanks by ensuring access to hard-to-procure components. Key takeaways: Enhanced Operational Efficiency: 3D printing provides a solution for maintaining aging military equipment by rapidly producing necessary parts. Boosting Domestic Manufacturing: The partnership strengthens South Korea's capabilities in the 3D printing sector, fostering a domestic supply chain for military equipment. Cross-Ministry Collaboration: This inter-agency effort leverages the expertise and resources of both the industry and defense ministries for greater impact. This strategic use of 3D printing highlights the potential of additive manufacturing to address supply chain challenges and enhance national security. #3DPrinting #AdditiveManufacturing #Defense #Military #SouthKorea #Innovation #Manufacturing #SupplyChain

Ursa Major just landed a $12.5M investment from the U.S. military, and they’re matching it with their own funds—bringing the total to $25M. They’re ramping up solid rocket motor development, using 3D printing to make these systems faster and scalable. More speed, more precision, more impact. This contract positions them as a key player in reshaping defense supply chains, offering the Pentagon a more flexible and innovative approach to supporting the aerospace industry.  Ursa Major is positioning itself as the go-to for tomorrow's propulsion needs. The Pentagon needs innovation, and Ursa Major is delivering it in a way that could change the entire supply chain. ⇀

According to the latest market study by Additive Manufacturing Research, the United States Department of Defense spent nearly $1 billion directly on #3Dprinting in 2024. This updated report marks a significant revision from its 2023 predecessor, and forecasts continued expansion in the military and defense market.

According to the latest market study by Additive Manufacturing Research, the United States Department of Defense spent nearly $1 billion directly on #3Dprinting in 2024. This updated report marks a significant revision from its 2023 predecessor, and forecasts continued expansion in the military and defense market.

Imagine reducing lead times from two weeks to just one hour. That’s the impact Mechnano's Formula1B ESD resin delivered for a top aerospace and defense manufacturer. By moving from outsourced machining to in-house vat photopolymerization with Formula1B, they produced durable, ESD-safe, and ultra-precise fixtures that stood up to rigorous manufacturing cycles and slashed fabrication costs from $250 to just $45 per unit. This shift didn’t just boost precision and streamline production; it elevated the quality of the electronic components, underscoring the Customer's commitment to forward-thinking manufacturing solutions. Read the case study here: https://lnkd.in/dNhPfeSF #PCBAssembly #Formula1B #AM #AdditiveManufacturing #3dprinting