Printable Electronics

Researchers at the University of Warwick have created a cheap plastic composite that can be used even with low-end 3D printers, to produce custom-made electronic devices. The material, nicknamed "carbomorph," is both conductive and piezoresistive, meaning that both electronic tracks and touch-sensitive areas can now be easily embedded in 3D-printed objects without the need for complex procedures or expensive materials.  Read More

There’s no doubt that we will soon be seeing a lot more in the way of low-cost electronic circuits that have been printed onto common, flexible materials such as plastic, paper or fabric. One of the key technological innovations making this possible is silver ink, which is used to print these circuits’ conductors. While such ink usually incorporates particles of silver suspended in a carrier liquid, a new type of ink created at the University of Illinois forgoes the particle approach, and is said to offer some distinct advantages as a result.  Read More

Silicon is the main substrate used for the integrated circuits found in almost all electronic equipment available today. However, silicon could soon be replaced by plastic, film or even fabrics, with Xerox scientists developing a low-temperature silver ink that they say paves the way for the commercialization and low-cost manufacture of printable electronics. This process will offer manufacturers an inexpensive way to add “intelligence” or computing power to a wide range of surfaces to produce things like electronic clothing and cheap games.  Read More

The main problems with today's battery technology is that, despite gradual advancements in recent years, cells are still too big, heavy and expensive, making them impractical for the many applications in which weight or price play an essential role. Researchers at the Fraunhofer research facility in Germany, however, have taken a radically different approach towards the building process and have developed an incredibly light, thin and inexpensive battery that could - if such a thing is possible - end up bringing even more electronics into our everyday life.  Read More

Scientists developing flexible, large area, cost-effective, reel-to-reel printable plastic solar cells have announced that trials have commenced which promise a new era of solar cells that are printed like money. These printable solar cells offer advantages over traditional solar technology because of the potential to mass produce the cells cheaply using polymer printing technology, a process which has already been used in banknotes in more than 20 countries.  Read More

Planon, maker of the DocuPen ultra-portable color scanner, has released a highly portable 1" x 10.75" x 1.9"printer designed for use with smart phones and other Bluetooth enabled devices. The “Printstik” holds a cartridge roll of 20 pages of paper and can print up to three pages per minute.  Read More

June 27, 2007 We've written before about printable electronics, a relatively new field in which common printing techniques are used in conjunction with conductive electronic inks to mass-produce extremely thin, flexible and cheap electronic circuits. The technology has been producing breakthroughs in flexible e-paper displays, smart labels such as RFID tags, animated posters and active clothing. Industry analysts are encouraged by the quick take-up of the technology, as well as growing research into future uses - and are predicting that more than 15,000 specialized printable electronics printers will ship between 2007 and 2013.  Read More