The engineer's new technique - capable of printing tiny multi-material structures a fraction of the size of a human hair - offers researchers a faster, cheaper, and more accurate means to 3D print these highly complex structures because the process uses a very simple molding process that is widely used in most microfluidics labs.
Tuesday, July 23, 2019
New multi-material 3D nanoprinting strategy could revolutionize optics, photonics and biomedicine
The engineer's new technique - capable of printing tiny multi-material structures a fraction of the size of a human hair - offers researchers a faster, cheaper, and more accurate means to 3D print these highly complex structures because the process uses a very simple molding process that is widely used in most microfluidics labs.
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