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Tsinghua University researchers achieved a record 0.6-second 3D printing speed for millimeter-scale objects using Digital Incoherent Synthetic Holographic Light Field (DISH) technology.
Technology
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Tsinghua University researchers achieved a record 0.6-second 3D printing speed for millimeter-scale objects using Digital Incoherent Synthetic Holographic Light Field (DISH) technology.

Originally reported by ecns.cn

Tsinghua University researchers achieved a record 0.6-second 3D printing speed for millimeter-scale objects using Digital Incoherent Synthetic Holographic Light Field (DISH) technology. With a 333 mm3/s processing rate and 12-micrometer resolution, this method enables instantaneous production of complex geometries. By projecting 3D light patterns in a single step, DISH removes the mechanical limits of layer-by-layer scanning. This shift to sub-second manufacturing transforms the production of photonic chips, micro-robotics, and optics. 🚀🔬 #3DPrinting #AdditiveManufacturing #Technology #Innovation #TsinghuaUniversity

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