“Circuits†left a “blunt†impression on many people, but a research team at Michigan State University produced a stretchable circuit that could be used to make “intelligent textiles†through an ordinary inkjet printer. Although printed circuits have long been nothing new (such as stamp-sized "electronic video tags" exhibited by MIT researchers), the cost of flexible circuits is often prohibitive (even though Georgia Tech's team has used off-the-shelf materials in paper and PET. Experiment on film).
According to project principal researcher Chuan Wang, “We can make the manufacturing costs of flexible electronics products as low as in newspaper printing. Our work will soon lead to print displays, wearable electronics that can easily stretch to large sizes, And flexible robot applications."
Principal researcher Chuan Wang showed a prototype of a stretchable circuit developed by his team.
"Smart textiles" can also be composed of a variety of "electronic ink" circuits (containing nanomaterials and organic compound solvents). Printers can use different "inks" to inject a complete "device" - including elastic base materials, circuits, And OLED - Although the latter two remain relatively independent, but the future can eventually be integrated together.
In the future, there will be various "smart textiles" printed on stretchable circuits, such as better wearable devices or wallpaper screens.
Details of this study have been published in the recently published ACS Nano journal of the American Chemical Society.
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