Slashdot Mirror
New Details on Xerox Inkless Printer
Iddo Genuth writes "Xerox is developing a new printing technology which does not require ink of any kind. The new technology includes reusable paper which can be printed and erased dozens of times and has the potential to revolutionize printing. New details on this upcoming technology, which was first reported in September 2006, are now revealed."
How many of you have tried to conserve paper by manually duplexing on a low-end printer (at home say) and found that just flipping the page over carefully is enough to cause the paper to jam.
How are Xerox planning on coping with dog-earing, tearing, scuffing and otherwise deformed paper?
Xerox Inkless Printer
Written by Iddo Genuth Thursday, 15 February 2007
Xerox is developing a new printing technology which does not require ink of any kind. The new technology includes reusable paper which can be printed and erased dozens of times and has the potential to revolutionize printing. Although the technology is still in the early stages of development, it has the potential to cut printing costs and reduce office paper usage dramatically. New details on this upcoming technology are revealed here for the first time.
The dream of the paperless office
One of the earliest articles discussing the topic of the paperless office was "the Office of the Future" published in the June 1975 issue of Business Week. The idea, bandied about many times since, was the elimination of most or all paper which has been piling around in our offices in the last several decades.
The personal computer revolution of the 1980s brought with it the hope of the paperless office as there was a shift from the old-fashioned typewriters to viewing and editing documents on computer screens. But this dream vanished quickly as people realized that their monochromatic cathode ray tube (CRT) displays were uncomfortable to watch for long periods of time. Aggravating the problem was the introduction of the low-cost office printer, capable of making dozens of copies of each document (an ability which was limited until that time to large and expensive photocopying machines).
Book on an LCD-difficult to read Book on an LCD-difficult to read
As years passed by it seemed that the introduction of the personal computer not only did not reduce the amount of paper produced in our offices, it actually increased it.
The widespread adoption of liquid crystal display (LCD) technology in recent years made some people hopeful again for at least some reduction in office paper production, but although LCD might be somewhat more comfortable to watch than the older CRT screens, most people still find it difficult to read long documents on the computer screen; and in most cases anything above one or two pages will get printed at least once.
The old/new hope of electronic paper
In the 1970s, Xeroxs Palo Alto Research Center (PARC) was a powerhouse of innovation. Many aspects of what we now see as the modern computer, namely the mouse, the laser printer, the Ethernet, GUI, computer-generated color graphics, as well as a number of important computer languages, were invented at PARC around that time. The development of the Gyricon, which was nearly lost among all those important breakthroughs, was originally invented in 1974 by PARC employee Nicholas K. Sheridon as a new display technology for the company ALTO personal computer. Eventually, the Gyricon (a Greek term meaning rotating image) turned out to be the basis for modern e-paper technology.
Electronic paper (e-paper) is the name given to several distinctly different technologies (to be covered in depth by a forthcoming TFOT article) which are capable of displaying text, images and in the case of some e-paper technologies, video, on a thin (occasionally flexible) sheet of plastic. In many respects e-paper is more similar to a digital display than to paper. E-paper displays can change the image at a press of a button, store countless articles or books and can even be made interactive allowing a user to add content, search and perform other operations. The important advantage of e-paper over conventional screen technology is its readability. Unlike conventional screen technology, e-paper doesn't emit light on its own; rather, it uses the ambient light to reflect the text just like ordinary paper. E-paper has the potential to eliminate paper usage in future offices but it remains to be seen whether it will be successful where so many previous technologies have failed.
Commercial e-paper technology is finally starting to appear on the market but it will take seve
It's going to save corporate america tons of money ...
"The pages do degrade over time and currently can last between 16-24 hours before returning to their original blank form."
One real use would be newspapers - this way, instead of "buying" the news, you're just "renting" it.
The new technology includes reusable paper which can be printed and erased dozens of times and has the potential to revolutionize printing
I spent several hellish months working at an advertising company with a boatload of medium-sized digital copiers, some b&w, some color. All were made by Xerox. Guess what they were doing, almost constantly? Jamming. Xerox liked to blame our paper, claiming it wasn't "consistent enough", and the magical solution was to buy Xerox paper. We refused, and simply pestered the shit out of their support people (fixed price support contract), calling them every time a printer started jamming regularly, if they were not on-site already to fix one of the other printers (they broke/crashed regularly.)
How is this relevant, you wonder? Well, the first lesson with laser printers is to never re-use paper in any laser printer. The slightest dirt scratches the imaging drum, a crease or wrinkle causes a misfeed or jam, and so on; you don't want to know how much damage a single paper clip can cause in a 35-40ppm digital copier, either. Inkjets are fine in this regard, but the complex paper feeding mechanisms in laser printers/copiers don't really like anything but pristine paper. The slightest thing like, say, the rubber on pickup/feed rollers getting a little too hard with age or less sticky and....
Oh, and the high-speed (20+PPM) printers have to slow down as the paper gets thicker. Dramatically. This fancy paper is probably thicker.
If they can't build a printer that can handle "fresh out of the box" copier paper, how do they expect to be able to handle paper that's been even *slightly* used once, much less five times? Other problems: staples; people who want to write on pieces of paper; finger oil/coffee spills. Etc. Now you have to stock two kinds of paper, your printer has half the effective paper capacity since it now stores two types, and users have to decide on usage prior to printing ("do I want to save this for more than 16 hours? Do I want to write on it?"), have the proper drivers installed, etc. I had enough trouble getting people to print duplex to save paper- and most of the time, people didn't bother to set up the proper printer driver, or even call us to do so.
PS:Despite the issues with newer (last 2-3 years) Xerox printers, where the profit seems to come from service contracts- if you have lots of little personal-sized printers, do yourself a favor and replace them with a MUCH smaller quantity of small/medium-size workgroup network printers. The supplies are cheaper per page and you'll have to stock fewer *kinds* of supplies as well, the supplies (like drums/toner cartridges) last longer, they're designed to be more serviceable, they're usually faster...and they're not built-to-a-price as badly as the "personal" units (HP 1100, anyone? :-)
Please help metamoderate.
"Excellent, some piece of technology that can magically make my problem go away without me expending any effort to try and actually solve it."
That's how we ended up with all these fucking computers in the first place.
KFG