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“Cut-and-paste” method for the rapid prototyping of soft electronics

Science China(Technological Sciences) 2019年第2期62卷 199-208页

作者： YANG XiangXing HUANG YiFu DAI ZhaoHe barber jamie WANG PuLin LU NanShu Department of Electrical and Computer Engineering the University of Texas at Austin Center for Mechanics of Solids Structures and Materials Department of Aerospace Engineering and Engineering Mechanicsthe University of Texas at Austin Stretch Med Inc. Department of Biomedical Engineering the University of Texas at Austin Texas Materials Institute the University of Texas at Austin

Unlike wafer-based rigid electronics, soft electronics have many unique advantages including thinness, flexibility, stretchability,conformability, lightweight, large area, as well as low cost. As a result, they have demonstrated many emerging capabilities in healthcare devices, soft robotics, and human-machine interface. Instead of conventional microfabrication, there is an evergrowing interest in the freeform or digital manufacture of soft electronics. This review provides a survey for a cost-and timeeffective subtractive manufacturing process called the "cut-and-paste" method. It employs a mechanical cutter plotter to form patterns on various electronically functional membranes such as sheets of metals, functional polymers, and even two-dimensional(2D) materials, supported by a temporary tape. The patterned membranes can then be pasted on soft substrates such as medical tapes or even human skin. This process is completely dry and desktop. It does not involve any rigid wafers and is hence capable of making large-area electronics. The process can be repeated to integrate multiple materials on a single *** circuits(ICs) and rigid components can be added through a "cut-solder-paste" process. Multilayer devices can also be fabricated through lamination. We therefore advocate that the "cut-and-paste" method is a very versatile approach for the rapid prototyping of soft electronics for various applications.

关键词： cut-and-paste subtractive manufacture epidermal electronics electronic tattoos 2D materials

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