European researchers are 3D printing glass-like metallic components for electric motors, potentially enabling more efficient designs.
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Researchers developed a 3D-printed foam composite that absorbs up to 10× more energy than standard padding, opening new possibilities for advanced impact protection.
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Corpus Christi Army Depot is using 3D printing to manufacture fuel system components for UH-60 Black Hawk helicopters, helping reduce lead times for critical maintenance parts.
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A German company has developed a 3D-printed padding system for explosive ordnance disposal helmets, enabling improved fit and protection.
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BMW Group is expanding its 3D printing operations under new leadership, reinforcing its long-term investment in additive manufacturing.
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MIT researchers have developed a multi-material 3D printer for electric motors, enabling conductive and structural materials to be printed in one process.
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QinetiQ has completed a first flight using a 3D-printed titanium part made from recycled aircraft material, demonstrating circular aerospace manufacturing in action.
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E-Force Marine is using large-scale 3D printing to produce hull sections for electric catamarans, highlighting additive manufacturing’s growing role in marine construction.
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Vinmec showcased its in-house 3D printing lab and AI-assisted surgical workflow at IDH 2026, highlighting patient-specific reconstruction and integrated clinical engineering.
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MIT researchers have developed a magnetic mixing system to reduce cell settling in 3D bioprinting, helping improve consistency in printed tissues.
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A YouTuber built a working chainless bicycle using a 3D-printed gear system, replacing the traditional chain drive with custom interlocking gears.
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