… India did two decades ago. Advanced Manufacturing: New technologies such as additive manufacturing …
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For representation only. New Delhi: Space-tech firm Agnikul Cosmos … rockets. Agnikul, which is developing 3-D printed rockets to launch small satellites … industries worldwide. The collaboration positions India at the intersection of two …
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The character-driven digital art series debuts as part of Giga-Mint’s Creator Spotlight initiative, highlighting expressive digital storytelling. CANTON, MI, UNITED STATES, February 13, 2026 /EINPresswire.com/ — Giga-Mint Launches Snack Squad, …
… a move aimed at strengthening India’s growing space technology ecosystem … and development projects aligned with India’s strategic priorities in space … advanced space-grade components using additive manufacturing techniques, including Directed Energy Deposition …
Thingiverse is to be acquired by MyMiniFactory. Ultimaker has sold long-neglected Thingiverse to UK-based MyMiniFactory, which also owns former Ultimaker platform YouMagine, resin/character-driven platform and slicer SoulCrafted, as well as Scan the World. According to Thingiverse CEO Romain Kidd, “This is about what kind of internet and future we want. AI-generated content is everywhere now
Metal manufacturing still carries the layout and logic of an older industrial age. Most factories run as a collection of isolated disciplines, each with its own equipment, staff, and data. Additive lives in one section of the building. Machining is parked somewhere else. Thermal treatment and metrology often require entirely different facilities. This model has
For decades, the early stages of manufacturing have been defined by a simple, frustrating trade-off: you can have it precise, or you can have it fast. AI just broke that rule. Manufacturing has never lacked data, but it has consistently lacked time at the earliest stages of decision-making. Across engineering, procurement, and sourcing teams, critical
StoneFlower 3D has launched a new 3D printer designed for laboratory-scale research and development with concrete, mortars, clays, and other advanced mineral materials. The system is intended for researchers, designers, and engineers who want to work with real construction materials in a controlled laboratory environment, without moving straight to large industrial machines. StoneFlower 3D’s laboratory-scale
Researchers from Waseda University, the University of Tokyo, the University of Tokyo Hospital, Southeast University, and the South China University of Technology have worked together on developing low-temperature 3D printed vascular stents. Published in Advanced Functional Materials, “Adaptive 4D-Printed Vascular Stents With Low-Temperature-Activated and Intelligent Deployment” is important. A made-to-measure functional stent geometry that can
