We’re beginning with 3D printing for power functions on this weekend’s 3D Printing Information Briefs, after which transferring on to army and protection 3D printing. Lastly, Nike Sportswear is specializing in the way forward for Air Max with the assistance of designers in its new Air Works Program.
A number of Nanoscribe Quantum X Orders for IFE Goal Fabrication
Voronoi gradient density foam enclosed by a strong outer shell with a diameter of 550 µm. This inertial confinement fusion goal was printed utilizing Nanoscribe Quantum X form.
3D microfabrication firm Nanoscribe introduced that in Q1 2026, it had secured a number of orders for its Quantum X two-photon polymerization (2PP) 3D printing system. The orders are for 3 worldwide organizations in North America and Asia on the forefront of Inertial Fusion Power (IFE), and they’ll use the Quantum X methods to print IFE targets. IFE is regarded by many as a pathway with quite a lot of promise for clear power in abundance, however a necessity of the method is fabricating complicated targets with excessive precision, and at rising scale, all the way in which from early analysis to operational energy plant volumes. Nanoscribe’s expertise, centered round its patented Two-Photon Grayscale Lithography (2GL) approach, may help obtain this by pairing scalable throughput and sub-micrometer accuracy. The corporate says its 2GL gives greater than 4,000 grey ranges, which allows ultra-smooth surfaces with nanometer-scale roughness—excellent for speedy printing of extremely filigree struts within the inside of the IFE goal shells.
“The sturdy market demand for our Quantum X methods within the subject of IFE goal manufacturing underscores the speedy technological advances we have now achieved. Since our founding in 2007, print charges have elevated by an element of 1.9 per yr, equal to an enchancment of 5 orders of magnitude,” mentioned Martin Hermatschweiler, Nanoscribe CEO and Co-Founder. “We’re dedicated to driving 2PP throughput alongside this trajectory within the years forward. We’re main 2PP into its most transformative period, laying the groundwork for IFE-based energy crops anticipated to go surfing commercially within the mid-2040s.”
Stratasys Direct Chosen for DLA’s Multi-Million Additive Manufacturing Program
Stratasys is a Program of Document for the U.S. Air Power and Naval Air Techniques Command (NAVAIR), and has been persevering with to develop its position in providing superior manufacturing providers in aerospace and protection manufacturing environments. As demand for AM in protection functions continues to rise, the corporate introduced that Stratasys Direct, its parts-on-demand contract manufacturing division, was chosen to take part within the Protection Logistics Company (DLA) Joint Additive Manufacturing Acceptability (JAMA) IV Pilot Elements Program. The multimillion-dollar initiative is supposed to hurry up qualification and deployment of 3D printed components throughout army methods and platforms, one thing by which Stratasys Direct has loads of expertise. For instance, the U.S. Air Power already makes use of Stratasys expertise to print microvanes for its C-17 fleet, which have helped enhance aerodynamic effectivity and save roughly $14 million in annual gasoline prices
“In 2025, Stratasys noticed double-digit annual income development from aerospace and protection, demonstrating that additive manufacturing is turning into a key functionality for protection sustainment and provide chain resilience. Stratasys Direct already ships over 100,000 components yearly to the protection trade, and applications like JAMA will speed up qualification of components so organizations can deploy them quicker throughout operational platforms,” mentioned Foster Ferguson, Vice President, Industrial Enterprise Unit, Stratasys.
“Via Stratasys Direct, we mix Stratasys expertise with production-scale additive manufacturing providers and deep engineering experience to assist protection organizations validate and produce elements that maintain mission-critical methods operational.”
Velo3D Additionally Awarded DLA Contract for Additive Manufacturing Program
Velo3D Sapphire 3D printer. Picture courtesy of Velo3D.
One other AM firm working with the DLA on its JAMA Pilot Elements Program is Velo3D, which lately acquired a $9.8 million, five-year Indefinite Supply Indefinite Amount (IDIQ) contract supporting the initiative. The contract with Velo3D units up an acquisition pathway for DLA to amass certified 3D printed components to help readiness necessities throughout a number of branches of the U.S. army. Per the award, Velo3D will use its Fast Manufacturing Answer (RPS) framework and industrial-scale metallic laser powder mattress fusion (LPBF) expertise to print elements that usually face diminished manufacturing sources, lengthy lead occasions, and restricted availability from home suppliers. The corporate’s RPS integrates software engineering experience, distributed manufacturing capability, and its superior Sapphire printers, all of that are assembled within the U.S.
“Additive manufacturing offers the Division of Warfare with a strong device to enhance provide chain responsiveness and scale back sustainment danger. Via this contract, Velo3D worldclass expertise is supporting DLA’s efforts to increase certified additive manufacturing capability and transition superior manufacturing applied sciences into operational sustainment environments,” mentioned Dr. Arun Jeldi, CEO of Velo3D.
AML3D’s ARCEMY X Commissioned and Put in at FasTech
Late final yr, aerospace and protection, power, and trade provider FasTech LLC positioned a $1.7 million order with AML3D for its large-scale ARCEMY X 6700 system. The Wire Additive Manufacturing (WAM) printer was lately put in and commissioned on time at FasTech, and is absolutely operational, thus finishing the order. The big-scale system will assist FasTech, positioned close to the U.S. Navy’s Additive Manufacturing Middle of Excellence (AMCOE) in Danville, Virginia, improve its metallic AM capabilities, and likewise increase AML3D’s U.S. protection profile. The ARCEMY X 6700 was equipped to FasTech from AML3D’s U.S. Know-how Centre in Stow, Ohio, the place the corporate is working to double its manufacturing capability to fulfill the continued demand from the nation’s protection sector, and rising demand in industrial manufacturing.
“AML3D is seeing US demand for ARCEMY® methods that ship top quality components and elements with considerably shorter lead occasions, utilizing much less power and creating much less waste proceed to develop. Supply of the FasTech ARCEMY® X order additional demonstrates software of AML3D’s industrial metallic 3D printing expertise to unravel for manufacturing and provide chain challenges past Defence and into new industrial manufacturing sectors. The FasTech order follows our entry into the US power and utilities sector with a customized ARCEMY® X coming on-line on the Tennessee Valley Authority, the sixth largest power provider and largest public utility within the US, final August,” mentioned AML3D’s CEO Sean Ebert.
“The completion of the FasTech order enhances AML3D’s place as an indispensable industrial manufacturing resolution within the US market. To make sure we proceed to fulfill the sturdy and rising Defence and industrial demand for our superior manufacturing expertise we’re at the moment executing on our plans to speculate A$12 million to double capability at our manufacturing and expertise centre in Stow, Ohio.”
Nike Welcomes Designers to Be part of Air Works & Create the Way forward for Air Max
Nike Sportswear is launching its inaugural Air Works R&D and design program, welcoming eight particular person designers from Beijing, Los Angeles, London, New York, Mumbai, Shanghai, Paris, and Tokyo to its Beaverton, Oregon headquarters subsequent month to guarantee that the way forward for Air Max is designed by the individuals who put on it. From Might 11-14, these designers will work alongside Nike engineers and designers to provide you with new, distinctive 3D printed Air Max kinds that mirror their communities and individuality. These sneakers, created in partnership with Zellerfeld, will construct upon the model’s 40-year heritage of Air innovation, and ensure the shoe has a spot sooner or later. Throughout the course of, the Air Works designers will work with their Nike mentors and go to locations like Blue Ribbon Studio, Nike’s Air Manufacturing Innovation facility, the Division of Nike Archives, the Nike Sport Analysis Lab, and the Bowerman Footwear Lab. Lastly, every designer will get to launch a limited-run model of their shoe type, which shall be celebrated of their communities all the way in which to Air Max Day 2027.
“Air Works is about celebrating the cultural influence of Air Max and alluring a core group of worldwide creatives to think about what its future might appear to be. It’s additionally an opportunity to ship a deep dive in Air Max historical past, innovation and inspiration, and to unite outdoors views with Nike-only instruments, expertise and capabilities to redefine what Air Max means to this technology,” mentioned Andy Caine, VP, Inventive Director, Nike Sportswear.
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