Displax plastic film can turn any surface into a touchscreen

[Update: See our updated story on what Displax forgot to say].

Displax is revealing a new plastic film with multitouch sensing. It can be placed over any display or even non-display surfaces, making them into interactive devices.

Portugal-based Displax calls this a “multitouch skin” which can be thinner than paper. The company has been working on it for the past decade and plans to launch commercial products in July.

If it works as billed, it could become an easy way to retrofit passive surfaces — glass, plastic or wood — so that they become interactive. All it takes is glue the plastic onto the surface — flat or curved — and then use the inputs from touch sensing to control functions on a computer attached to the screen. The surfaces range from 7 inches to nine feet, diagonally. The plastic film is about 100 microns, or the width of a human hair.

It works like this. Displax places a grid of nanowires that can detect the presence of up to 16 fingers (on a 50-inch screen) at any given time (that number will go up over time). When you press your finger on the grid, which is embedded in plastic, the wires send a signal showing the exact location of your finger to a controller, which can then pass the data to a computer. The plastic film can be applied to a liquid crystal display, even after the display is built. Currently, capacitive multitouch sensors have to be built into the TV’s glass during the manufacturing process. The screens can even detect if someone blows on a surface.

The uses for the multitouch skins could be myriad. You can put one over a flat-panel display in a museum to turn it into a multitouch kiosk. And since it can detect up to 16 fingers, more than one person can interact with the screen at any given time. The controller works with standard universal serial bus cables and ports.

“This opens up new possibilities for applications of multitouch technology,” said Miguel Fonseca, chief business
officer of Displax, in an interview.

Among the ideas are museum kiosks, multitouch flat-panel TVs, multitouch tables, and even interactive glass windows for storefronts. You could wrap it around a globe and then point at certain countries to trigger a video or audio explanation of the region. There are also expected applications in gaming. Fonseca said there are a number of pilot projects using the technology in Europe. Industries that could use it include telecom, retail, real estate, broadcast, pharmaceutics, finance and games.

The company works with partners who can make applications that take advantage of the technology. It provides the software drivers that make the hardware work with Windows, Linux and Mac OS computers. Displax will include several business applications with its products at no cost. Those apps will let customers display photos and video, access Google Maps and social networks, and play games.

The project started as a research idea in 2000. The company started to work on a business plan in 2004 and has been working on its current products since 2004 as a division of the EDIGMA Group. The company has 52 employees.

Partners on pilot projects include Accenture and IBM. Pricing hasn’t been set yet. Investors include InovCapital, the Society of Risk Capital of reference of the Portuguese Ministry of Economy and Innovation. The company hasn’t disclosed how much money it has raised. Rivals include Microsoft and 3M.

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About the Author, Dean Takahashi

Dean is lead writer for GamesBeat at VentureBeat. He covers video games, security, chips and a variety of other subjects. Dean previously worked at the San Jose Mercury News, the Wall Street Journal, the Red Herring, the Los Angeles Times, the Orange County Register and the Dallas Times Herald. He is the author of two books, Opening the Xbox and the Xbox 360 Uncloaked. Follow him on Twitter at @deantak, and follow VentureBeat on Twitter at @venturebeat.

  • john1619
    Sounds like science fiction but what was sci fi twenty years ago is ordinary now. It will be interesting to watch what happens.
  • Mark
    This guys from displax are always surprising me !!! GREAT job guys ! pump it hard !
  • Bob
    Where do you live Mark, in Mars? Get with the facts, Displax is just toying with a firm product that is Visual Planet's foil.
  • There are a lot of applications this technology could be used on. The possibilities are immense and people like me would be looking forward to see this work in real. Though till now this sounds fiction but it has been made possible.
  • I've Bookmark this content...very good to read

    thanks
  • Dupped
    Displax Markets other peoples products as if they were thier own. Visual Planet out of the UK makes the technology and it is not multi touch yet, and when it does come out, it will only be resold for 2x the price from displax. http://www.visualplanet.biz/. I was taken by displax for a lot of money thinking it was thier technology until I did enough research to find out the truth.

    Issued by VIP “You may have recently seen in the news from ISE that Displax are intending to launch a large format multi-touch flexible fine wire based touch foil product in July.

    This statement is factually incorrect as Visual Planet have not entered into any agreement to release its patented flexible fine wire based touch foil sensor technology to Displax or any other third party organisation.

    We would like to assure you that we are very focused on our own multi-touch development activities for the ViP Interactive Foil™, we will bring you further news shortly.”
  • Lex
    I visited the ISE myself last week, specifically looking for multi-touch devices to use in solutions for our customers. I ran into Displax first, but was quite disappointed to see that you have to place your fingers at least 12 to 15 cm (yes, that's centimeters) apart for the system to be able to register the different touches.
    I can imagine that it's possible to create a multi-touch foil out of an existing grid-based single touch foil: what I think you'd have to do is _scan_ the grid at a high frequency instead of just reading out all lines at the same time. That way you circumvent the occlusion problem. So I imagine that this is what they are trying to do. As far as I could tell, they hadn't succeeded yet in the prototype they were showing.
  • Is it all true?
  • My company works with multi-touch screens, autostereoscopic displays and other hi-tech devices. I think the price is what is going to matter the most.


    Ben Hale
    - Senior Technical Director - APCO AV
  • Kind of creepy if you ask me.
  • Any technology sufficiently advanced is indistinguisable from creepiness (magic)! haha
  • This Proves that Reading a Good Tech Manual to You'r Kids for their Bed Time Story , Will Pay Off for the Greater Of All. Treat a Good Tech Manual As You Do You'r Bible "Be Safe" Parent Up, Kids learn not much in School, Take Up the Slack ! http://twitter.com/SafetyMentalst Love You ! Like Jesus does and never asked what's in it for me.
  • DethLok
    You could also make gloves or clothing out of it, for using a 'touchscreen' anywhere in glove form, or for scoring in fencing competitions, perhaps? There would be other uses, like sensory systems for prosthetic limbs, too.
  • gimmetouch
    This technology is already in action and has been for years. Visual Planet's through glass (any non-metallic material in fact) Vip foil does exactly this so this is not displax touch technology, especially as the image with the foil and controller shows the vip foil itself - http://www.visualplanet.biz/news/display.php?id=37
  • cm
    Vip foil isn't Displax's technology, the multitouch controller is, as the news in your link clearly says (didn't you read it?):
    "Long term customer of Visual Planet’s flexible touch foil technology, DISPLAX have chosen to use the ViP Interactive Foil™ to demonstrate their prototype multi-touch controller on their booth at ISE 2010 in Amsterdam."
  • Great invention! It will be a great experience to actually see it happen in real.
  • nlogs
    can it b used for conducting glass in solar cell?
  • archibaldfever
    It would be interesting to see this in action. I wonder what kind of processing power is needed to make that 16 finger touch run lag-free. Also, 16+ finger multitouch? How often does more than one person touch a screen with all of their fingers? Not that I can't see potential future applications. Might be the next white board in the classroom.
  • Picture the touch-screen as a ping-pong table (facing up), with four people at each (opposite) side playing a game against each other.
  • It's just amazing. I use touchscreen often.
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