zikon.com
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ZIKONWhyHowWhatWhoContactZikon's electric ink technology uses nano-droplets of colored ink to create images on paperlike substrates. Images can be changed by application of low voltages.Electric ink displayWhy ZIKONPaper-like displays are opening previously inaccessible segments in the display market. They are characterized by low power consumption and paper-like appearance, including ambient -light readability without a backlight and wide viewing angles.Zikon's proprietary electric ink technology meets market demands for paper-like displays by offering high contrast and great viewability along with low voltage (logic level) operation at an exceptionally affordable cost.Scroll down or click anchor for more informationConceptually intuitive and simple to makePaperInkPaperPorous matrix on flexible/rigid conductive substrate serves the same functions as traditional paper- Structural integrity, white background.Electric ink- All liquid formulation- Comprised of nanodroplets- Provides color- PrintableDisplay•Great viewability: paper-like appearance•Rigid or flexible substrates.•Low, logic-level, driving voltage (<5V)•Simple design•Very low manufacturing cost•Very low power consumptionClick here for demonstration videosApplicationsControl price at affordable cost Price integrity and paper-like readability at an affordable cost Adaptable base on mood. Light, flexible, and inexpensive. Low cost dynamic display Custom, short-run display solutions with low setup and tooling costs. Dynamic signage Focused, perfect to attract all the attentions. Electronic shelf labels Wearable displays Electric Print Shop Signage When printed on flexible substrates High contrast and great viewability at an affordable cost Enabled by unique properties of the electric ink Flexible Displays Reflective Displays Transparent Displays Why How What Who Contact Technology Paper Ink Display Publications “ELECTROPHORETIC DISPLAY UTILIZING PHASE SEPARATION OF LIQUIDS” Z. BRYNING, R. CROMER, US PATENT 5582700, 1996 “NOVEL SYSTEMS, METHODS AND COMPOSITIONS RELATING TO ELECTROPHORETIC DISPLAYS” M.B. BRYNING, Z. BRYNING, AND R. CROMER, U.S. PATENT APPLICATION NO. 20090322669, FEBRUARY, 2008 “LATERAL INK MOBILITY AND FRINGE FIELD EFFECTS ACROSS THE POROUS MATRIX OF AN ELECTROPHORETIC DISPLAY", K.L. TSUI, M. AHUMADA, M. BRYNING, M. HARTONO, S. J. LEE, PROC. SPIE, VOLUME 8643, 86430M,2013 “EFFECT OF NANODROPLET INK CONCENTRATION ON SWITCHING RESPONSE OF REVERSE-EMULSION ELECTROPHORETIC DISPLAYS”, W. K. WANG, R. CROMER, M. GOEDERT, M. MOBED-MIREMADI ; S. J. LEE PROC. SPIE 8643, 86430A, 2013 “A THIN POROUS SUBSTRATE USING BONDED PARTICLES FOR REVERSE-EMULSION ELECTROPHORETIC DISPLAYS", M. AHUMADA, M. BRYNING, R. CROMER, M. HARTONO, S. J. LEE, PAPER 8280-26, PROC. SPIE, VOLUME 8280, 2012 “DIELECTROPHORESIS OF REVERSE PHASE EMULSIONS” FLORES-RODRIGUEZ, N. ; BRYNING, Z. ; MARKX, G.H. NANOBIOTECHNOLOGY, IEE PRO
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