We’re kicking things off today with software news, as the new Meshy 7 is now live. Then we’ll move on to business, with ExOne and voxeljet now operating as a single legal entity. We’ll finish with custom 4D printed implants from the University of Wisconsin-Madison and Mass General Brigham, and 3D printed guns in Australia. […]
A new 3D printed stent developed at New York University (NYU) does not look like the devices doctors typically use today. Instead of a simple tube, the prototype resembles a lily flower. Researchers believe the design could improve drainage and help patients recover faster from gastric leaks, a serious complication that can occur after weight-loss
The Business Case for 3D Printed Stents3DPrint.com | Additive Manufacturing Business Read More »
The Special Purpose Acquisition Company (SPAC) boom was devastating for the additive manufacturing (AM) industry. Peaking in 2021 — and, of course, subsuming companies from industries far beyond AM — the SPAC boom brought billions of dollars into AM and left very little to show for it, other than an investment world that grew wholly
In this series, we’re looking at the main considerations when designing and implementing a 3D printed product. In this case, we’re using Cathy’s 3D printed brace business as an example. Cathy is renting a place, getting a machine, and wants to do her own production. She’s making a brace that’s around 150 grams and is
Germany- based Malping, located in Neuhausen auf den Fildern, is moving into more high performance materials for Material Extrusion. The service operates FGF and FDM high-temperature material printers, and offers parts, along with consulting, to industry. Now working with materials such as PPS-GF20, PEKK, PEEK, and ULTEM 9085, the firm wants to work with more
In my most recent post about RIMPAC, I noted that US military joint exercises appear to be the latest function of the US government to be leveraged by the Trump administration as a bargaining chip, in connection with the administration’s cutting short a joint exercise between US and South Korean armed forces. I pointed out
For years, additive manufacturing has promised engineers greater design freedom. The challenge wasn’t printing the part—it was proving the part belonged on an aircraft. Designing a lightweight bracket or consolidating a complex assembly into a single printed component has never been the difficult part. The real challenge has been demonstrating that an additively manufactured polymer
ATLANT 3D has launched a new industrial-scale manufacturing system as it works to bring its unusual form of atomic-scale additive manufacturing (AM) into semiconductors, AI materials research and advanced electronics. The new NANOFABRICATOR PRO is the latest piece of a much bigger expansion. ATLANT 3D is also setting up U.S. manufacturing, building materials-development hubs in
The additive manufacturing (AM) industry has spent the last few years getting a lot more serious about business. Growth, profitability, consolidation, defense spending, supply chains, and scaling production now matter as much as the technology itself. Those conversations will be front and center when Additive Manufacturing Strategies (AMS) returns to New York City from February
When he showed up on Google Meet for our interview, I could see that Philip Pounds, co-founder of Unlayered 3D, was seated shotgun in a moving car. I wasn’t sure who was driving, but barely a minute later I heard a voice off-screen, at which point Philip tilted his phone to his left: “I won’t
