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Multiphoton polymerization has become a standard for 3D nanofabrication for its superior resolution and processing steps. However, it is often considered limited in its throughput capabilities, resulting in a desire for a more scalable process. An improvement to the speed of 3D nanoprinting via multiphoton polymerization can be achieved through a projection-based method instead of the traditionally serial printing process. Here a printing process using a digital micro-mirror device and spatiotemporal focusing scheme demonstrates a rapid, continuous 3D printing process.
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