rentao_15
26th Sep 2007 Wed, 00:35
:clap:Mini Pocket Printer [ Zink Printers]:clap:
http://i128.photobucket.com/albums/p192/diffred7610/pocketprinter.jpg
Zink is a "zero ink" technology for high quality digital image printing.
The technology was developed by Polaroid Research Labs. Zink is a newly formed start-up that acquired the technology and engineers from Polaroid. The initial target market for Zink is consumers with digital cameras who want to print their photos at home. There are many other commercial applications of the technology as well.
Zink "zero ink" means that the printer doesn't have a an ink jet print head. Instead, colorless dye forming crystals are embedded in the photo paper itself. They are "developed" by passing the paper through a Zink printer, which is basically a stationary thermal transfer print head. The print head selectively heats each pixel at a different temperature to create different colors. Think of Polaroid instant film technology applied to photo printing on paper. It is amazing!
The picture quality is extraordinary. The Zink printer is 4 to 10 times faster than a traditional ink jet printer. And, the total print cost is lower than ink jets. Zink will be a disruptive technology in the photo printing industry.
http://i128.photobucket.com/albums/p192/diffred7610/1-30-07-zink.jpg
The Zink photo paper isn't actually paper. It is a plastic substrate impregnated with several layers of color crystals. The substrate comes in a clear and a white version. The clear version looks like a clear plastic film similar to overhead transparency film. When it is passed under the thermal print head the color crystals are activated and a high quality photo image comes out the other end of the printer.
The printer has no moving parts, no ink reservoir, and no heaters, other than the thermal transfer print head itself. So it is a very small, low profile, print device. It can fit in the palm of your hand, or perhaps in the future even become part of the camera form factor. The holy grail of reliable printers has been to reduce the number of moving parts. Zink has done it by moving the "ink" to the paper itself
http://i128.photobucket.com/albums/p192/diffred7610/pocketprinter.jpg
Zink is a "zero ink" technology for high quality digital image printing.
The technology was developed by Polaroid Research Labs. Zink is a newly formed start-up that acquired the technology and engineers from Polaroid. The initial target market for Zink is consumers with digital cameras who want to print their photos at home. There are many other commercial applications of the technology as well.
Zink "zero ink" means that the printer doesn't have a an ink jet print head. Instead, colorless dye forming crystals are embedded in the photo paper itself. They are "developed" by passing the paper through a Zink printer, which is basically a stationary thermal transfer print head. The print head selectively heats each pixel at a different temperature to create different colors. Think of Polaroid instant film technology applied to photo printing on paper. It is amazing!
The picture quality is extraordinary. The Zink printer is 4 to 10 times faster than a traditional ink jet printer. And, the total print cost is lower than ink jets. Zink will be a disruptive technology in the photo printing industry.
http://i128.photobucket.com/albums/p192/diffred7610/1-30-07-zink.jpg
The Zink photo paper isn't actually paper. It is a plastic substrate impregnated with several layers of color crystals. The substrate comes in a clear and a white version. The clear version looks like a clear plastic film similar to overhead transparency film. When it is passed under the thermal print head the color crystals are activated and a high quality photo image comes out the other end of the printer.
The printer has no moving parts, no ink reservoir, and no heaters, other than the thermal transfer print head itself. So it is a very small, low profile, print device. It can fit in the palm of your hand, or perhaps in the future even become part of the camera form factor. The holy grail of reliable printers has been to reduce the number of moving parts. Zink has done it by moving the "ink" to the paper itself