Magrath
10th September 2007, 08:30 AM
Scientists draw semiconductor circuits with super-fine ink-jet printers
Hardware
By Rick C. Hodgin
Friday, September 07, 2007 10:58
Urbana (IL) - Scientists at the University of Illinois have developed a new type of ink-jet printer capable of drawing 700 nm lines and 250 nm dots on circuit boards. They've demonstrated the ability to reliably print circuit patterns which work, thereby ushering in a whole new generation of fast-cycle tools.
Several scientific disciplines have joined forces to create a practical form of nanoscale printer. The electro-hydro-dynamic jet, or e-jet printers operate similarly to ink-jet printers. They can produce remarkably higher resolutions, however. So much higher they can even be used to "print" circuit boards and "draw" circuits onto displays and photovoltaic modules, as well as a host of similar devices. Basically, if it exists in 3 dimensions, is comprised of layers, and can be drawn onto a substrate material, then this new printer can do it.
Read on (http://www.tgdaily.com/content/view/33743/135/)
Hardware
By Rick C. Hodgin
Friday, September 07, 2007 10:58
Urbana (IL) - Scientists at the University of Illinois have developed a new type of ink-jet printer capable of drawing 700 nm lines and 250 nm dots on circuit boards. They've demonstrated the ability to reliably print circuit patterns which work, thereby ushering in a whole new generation of fast-cycle tools.
Several scientific disciplines have joined forces to create a practical form of nanoscale printer. The electro-hydro-dynamic jet, or e-jet printers operate similarly to ink-jet printers. They can produce remarkably higher resolutions, however. So much higher they can even be used to "print" circuit boards and "draw" circuits onto displays and photovoltaic modules, as well as a host of similar devices. Basically, if it exists in 3 dimensions, is comprised of layers, and can be drawn onto a substrate material, then this new printer can do it.
Read on (http://www.tgdaily.com/content/view/33743/135/)