Product development cycles are shrinking. In 2025, the traditional choice between 3D printing and CNC machining is no longer a choice at all—it is increasingly a combination. The rise of hybrid manufacturing,...
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Harvard researchers have developed a new way to 3D print materials that move on their own—bending, twisting, and contracting without motors or mechanical parts. — Introduction What if materials could move on...
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What if you could control exactly how strong or flexible a 3D-printed part is—not by changing the material, but simply by adjusting the light? That’s exactly what researchers at the Savannah River...
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If you’re working in aerospace, defense, or industrial manufacturing, you already know the pain: you need strong, lightweight parts, but traditional 3D printing materials are either too slow or too weak for...
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Years ago, creating a 3D model required expensive CAD software and years of training. Today, generative AI has changed everything. Tools utilizing text-to-3D algorithms allow anyone to generate complex assets in seconds....
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Nylon SLS vs FDM is one of the most common comparisons engineers face when choosing a 3D printing process for functional parts. One process yields flat, durable, production-ready parts. The other may...
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