Large-format LPBF darling Solukon Maschinenbau launches SPR-Pathfinder PRO, an upgrade to its depowdering software. This is a smart play because it enables the company to keep ahead of potential competition through software. It could also enable the better use of existing Solukon machines. The company says the new software offers improved process time prediction, simulation, […]
This month, I attended a manufacturing industry event, like I often do. But instead of getting on a plane to New York City, or driving four hours to Youngstown, I only had to drive ten minutes for the inaugural Dayton Regional Ecosystem for Advanced Manufacturing, or DREAM, Symposium. Spearheaded by Dayton area-based companies Hyphen Innovations,
A team of researchers from Auburn University and NASA Marshall Space Flight Center has successfully demonstrated a new additive manufacturing (AM) process that could allow astronauts to manufacture electronic components directly in space. Published in npj Advanced Manufacturing, the study showed that conductive silver and copper structures can be produced in microgravity using a dry,
3DPrint.com and AM Research will present a live webcast, UAS Additive Strategies, on June 30, from 11 AM to 2:30 PM Eastern, and you can register here. The event is sponsored by some real powerhouses in the 3D printed drone market: Diamond Sponsor EOS, and Platinum Sponsors HP, Prusa Research, and Stratasys. That’s important because
Zellerfeld announced today that it is partnering with Volumental. Volumental’s foot-scanning solution will be used in Zellerfeld’s shoe 3D-printing platform. Volumental will receive an investment from Zellerfeld but remain independent. In the current setup, “Volumental’s in-store and online scanning experiences are fed directly into Zellerfeld’s 3D printing pipeline and allows each shoe to be printed
As China’s national college entrance examination (Gaokao) concludes, millions of students and parents are once again focused on university admissions and future career choices. Computer science, artificial intelligence (AI), and renewable energy remain among the most popular fields. Yet within the additive manufacturing (AM) industry, another trend is quietly gaining momentum: China is systematically building
Oak Ridge National Laboratory (ORNL) is using a hybrid 3D printing method to make foldable panels. At the Department of Energy’s (DOE) Manufacturing Demonstration Facility (MDF) at ORNL, researchers turned composite panels into foldable, durable structures. Researcher Steven Guzorek stated, “This pioneering method redefines advanced manufacturing by fusing material science with transformative design principles. By
In today’s 3D Printing News Briefs, we’re starting with a formal name change for an African industrial technology company that’s a major user of additive manufacturing (AM) in the oil and gas industry. Then, we’ll move on to 3D printing for investment casting, and end with a interesting bio-based material for AM in architecture and
For years, the additive manufacturing (AM) industry promised to reinvent production. But as the technology matured, the real challenge turned out to be proving that 3D printed parts could be made consistently, meet industry standards, and work in real industrial applications. For companies like Fathom, the industry’s push toward real production has meant moving beyond
Rheinmetall UK is using Minifactory Material Extusion as the primary production method for tank ducting on the Challenger 3 Main Battle Tank program. The Challenger 3 is the UK’s formidable main battle tank upgrade program, converting 148 Challenger 2 tanks into Challenger 3s. Some modified Challenger 2s are serving Ukraine well, described as accurate and
