3-D printing has opened the doors for many other technological advancements in the same vein, and one such development involves this conductive silver ink. Placed in a typical ballpoint pen, it offers the ability of drawing electronic circuits on the fly.
Led by Jennifer Lewis, the Hans Thurnauer professor of materials science and engineering at the University of Illinois, and Jennifer Bernhard, a professor of electrical and computer engineering, the creation of this conductive silver ink is meant to be a fast, easy and portable way to create simple circuits in any shape the user can draw. This hand-drawn circuits could be put on just about any surface. It could also result in new disposable, bendable electronics and folded 3-D objects -- not to mention how much cheaper it will be to other alternatives.
Pen-Based Printing
The Development of Conductive Silver Ink Allows Circuits to be Drawn
Trend Themes
1. Pen-based Printing - The ability to draw electronic circuits with conductive silver ink opens up possibilities for portable and customizable circuitry.
2. Hand-drawn Circuits - The development of conductive silver ink enables the creation of simple circuits on any surface, leading to opportunities for disposable and bendable electronics.
3. Portable Electronics - The use of conductive silver ink in pen-based printing allows for the creation of foldable, affordable and on-the-go electronic devices.
Industry Implications
1. Technology - The development of conductive silver ink for pen-based printing disrupts the way electronic circuits are created and presents new possibilities in the technology industry.
2. Manufacturing - The production of conductive silver ink as a component of pen-based printing offers opportunities for innovative manufacturing processes in the electronics industry.
3. Education - The integration of conductive silver ink and pen-based printing technology in classrooms can revolutionize the way students learn and experiment with electronics.