The High Viscosity Inkjet printing developed by TNO has the capability of printing with one or more materials with graded structures in a single process using additive technology.
printing press | Bureau of Engraving and Printing | Printing | printing | Lenticular printing | 3D printing | United States Government Printing Office | Printing press | Letterpress printing | Inkjet printing | color printing | ''Wilhelm Graff Schlabata, Kaysers Ferdinandi des andern geheimber Rath, Cammerer, und Groß Cantzler des Königreichs Behaimb''. A contemporary intaglio printing | Variable data printing | United States Government Printing Office | Union of Printing, Journalism, and Paper | Ukrainian Academy of Printing | Thermal printing | Screen printing | screen printing | Offset printing | offset printing | Korea Minting and Security Printing Corporation | James Moran (printing historian) | Hamilton Wood Type and Printing Museum | Former Everard's Printing Works | Direct to garment printing | Digital printing | digital printing | Dement Printing Company | Color printing |
--please correct me if I'm mistaken--> Piezo appears to focus more on the higher resolution side of the industry whereas Seiko and Spectra-Polaris tend more towards the robust, high production capabilities required in a manufacturing environment.
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The primary print head technologies used in ultra-wide format digital outdoor printing comes down to a few print head manufacturers world wide including (but not retricted to) Piezo, Seiko and Spectra as the primary competitors and their print heads are used in most machines from a variety of manufacturers.
Although Noritsu has typically produced minilabs that utilize traditional silver halide papers and photographic exposure systems, since 2003, in partnership with Epson, inkjet printing systems have been added to the product line.