A new 3D printed gel that can heal like living tissue, and change form in response to environments, has myriad applications from fixing cracked phone screens to adaptive camouflage
Continue reading… “How objects could soon ‘heal’ themselves”
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Inflatable 3D printing substrate
Lecturer and PhD candidate at the College of Art & Design and Built Environment at Nottingham Trent University, Fergal Coulter, has experience in the additive manufacture of tubular, dielectric, elastomer Minimum Energy Structures, cardiac assist devices, auxetic structures, soft robotics and printed electronics. His newest project, 3D scanning and printing on inflated structures, uses multiple layers of hard silicone – Shore A 73 hardness to be precise – to create seamless, hexachiral structures on an inflated silicone balloon. Continue reading… “Inflatable 3D printing substrate”
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