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國際知名科技雜志《麻省理工技術(shù)評論》評介任意表面液態(tài)金屬打印技術(shù)

分類(lèi)：行業(yè)新聞
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來(lái)源：
發(fā)布時(shí)間：2022-09-02 11:59

【概要描述】Asimple way to print circuits ona wide range of flexible substrates using an inkjetprinter has eluded materials scientists. Until now.

國際知名科技雜志《麻省理工技術(shù)評論》評介任意表面液態(tài)金屬打印技術(shù)

【概要描述】Asimple way to print circuits ona wide range of flexible substrates using an inkjetprinter has eluded materials scientists. Until now.

分類(lèi)：行業(yè)新聞
作者：
來(lái)源：
發(fā)布時(shí)間：2022-09-02 11:59
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詳情

　　Liquid Metal Printer Lays Electronic Circuits onPaper, Plastic, and Even Cotton

　　Asimple way to print circuits ona wide range of flexible substrates using an inkjetprinter has eluded materials scientists. Until now.

　　One of the dreams of makers the world over is to be able to print electronic circuits on more or less any surface using adesktop printer. The great promise is the possibility of having RFID circuits printed on plastic or paper packaging, LED arrayson wallpaper and even transparent circuits on glass. Or simply to rapidly prototype circuits when designing new products.

　　There are no shortage of conducting inks that aim to do this but they all ave drawbacks of various kinds.For example, manyinks have low or difficult-to-control conductivity or need to be heated to temperatures of up to 400 degrees C after theyhave been printed thereby limiting the materials on which they can be printed. The result is that the ability to print circuitsroutinely on flexible materials such as paper or plastic has remained largely a dream.