Fig. 5: Successive 3D printing of diverse structures by DISH with a fluidic channel. | Nature

Fig. 5: Successive 3D printing of diverse structures by DISH with a fluidic channel.

From: Sub-second volumetric 3D printing by synthesis of holographic light fields

Fig. 5: Successive 3D printing of diverse structures by DISH with a fluidic channel.The alternative text for this image may have been generated using AI.

a, Schematic illustrating DISH integrated with a fluidic channel, a pump and a strainer for mass production and collection of printouts in flow. b, Photographs depicting the printing process in flow. c, Diverse structures printed at high speed by DISH, including cube frames, tetrahedron frames, flowers, squids, spinal cord slices and bifurcated tubes. d,e, Digital model (d) and PEGDA printed product (e) of the Theodoric statue. f, Squid statuette printed with PEGDA. g, Benchy model printed with PEGDA. h, Helical tubes as common models in biological applications. Red and blue dyes were injected for visualization. i, Airplane printed with DPHA. j, Bird printed with BPAGDA. k, Bifurcated tube printed with soft biomaterial GelMA. Scale bars, 5 mm (b,c); 1 mm (d–k).

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