HP has just announced HP Metal Jet, an advanced metal additive manufacturing technology that will enable high-volume manufacturing of production-grade metal parts at a significantly lower cost than other 3D printing methods.
ErectorBot, a seasoned pioneer in large-format additive manufacturing (LFAM), has spent the past 12 years advancing deliberately and patiently – both in and out of the spotlight.
Discover five essential practices that will help you achieve "first-pass-right" sheet metal designs, avoid costly rework, and streamline your fabrication process.
This new additive material offers food-processing plants a rapid, cost-effective method to produce custom gaskets, seals, and production-line parts at fraction of the time of traditional manufacturing.
After a 3D printed turbine prototype successfully passed a grueling six-year continuous operational test, the ORNL-backed technology is now ready to scale, offering a cost-cutting blueprint to unlock clean energy at thousands of U.S. dams.
By integrating Meltio’s metal wire DED technology, Italian specialist Eurobearings is replacing weeks of traditional machining and welding with days of additive manufacturing to repair and produce massive industrial components.
Coupled with machines starting at $15,000, ErectorBot’s hopes its Aibuild software integration can tame the complexity of industrial-scale printing, and make it accessible for any size manufacturer.
DyeMansion’s upcoming compact Powershot aims to eliminate the manual labor bottleneck with automated PolyShot surfacing for smaller workshops adopting systems like the HP MJF 1200.
At RAPID + TCT 2026, UnionTech officially entered the North American metal market with the global debut of the MUEES430 PRO, a quad-laser SLM 3D printer designed for high-efficiency batch production.
The B520 at $10K may represent a competitive alternative to the Formlabs Fuse Blast, focusing on automating the final finishing step for SLS parts.
El Paso Makes is launching a cloud-based engineering platform to bridge the digital divide, providing regional small-to-medium manufacturers with the secure, high-tier tools required to modernize the U.S. Defense Industrial Base.
BMW’s transition to automated, open-material additive manufacturing moves beyond prototyping to a fully integrated production ecosystem, potentially replacing traditional machine tooling with 3D printing across the entire vehicle lifecycle.
FabRX’s desktop 3D printing platform is rapidly scaling across the United States through new strategic partnerships, moving custom drug manufacturing out of industrial centers and directly into local independent pharmacies.
By integrating medical-grade PEEK into its established digital workflow for cranio-maxillofacial implants, Materialise offers surgeons an alternative to titanium.
From deburring to polishing, the upgraded and compact M1 system eliminates manual labor by running multiple surface treatments simultaneously—addressing one of the biggest hurdles in serial additive manufacturing.
Velo3D and Army engineers will begin printing and validating alternative spare parts for the U.S. Army Tank and Automotive Command (TACOM) supply chain to relieve current sustainment bottlenecks.
With €25 million in new funding and innovative 3D printing techniques, researchers and startups are now achieving 98% efficiency in electric motors—while slashing the need for critical and rare minerals.
From 60% faster material testing to critical submarine components printed at sea, the U.S. Navy is moving past experimentation to build a self-sustaining, 3D printed frontline.
Filamentive Bio HT offers 160°C heat resistance and industrial strength in a bio-based PLA that requires zero annealing.
A new Stratasys high-throughput T25 print head improves large-format FDM production, enabling Subaru to cut tooling development dramatically.