A Novel AM Process: DIAL 3D Printing - 3DPrint.com
The method uses yield-stress inks that can self-support, enabling faster printing of lattices, batteries and hydrogel structures, researchers said.
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Northwestern Unveils New 3D printing method: DIAL, a Hybrid Method for Functional Materials
Northwestern University engineers have developed a 3D printing method called direct ink additive lithography (DIAL). It prints a porous grid in 30 minutes, a part that took 124 minutes with conventional extrusion, and the printed parts have sharper features and fewer defects. The work, published in Science Advances, combines two processes that usually force a…
Scientists develop new 3D printing method that is four times faster
Engineers have developed a 3D-printing method that makes intricate, interlocking structures from thick inks faster than conventional extrusion printing. The technique combines patterned light with paste-like materials, potentially expanding what can be made for robots, batteries and biomedical research. Existing printers often force a compromise between speed, fine detail and material choice. Light-based systems can […]
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