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Permanence and Color Stability in 3D Ink-jet Printing (CROSBI ID 569035)

Prilog sa skupa u zborniku | izvorni znanstveni rad | međunarodna recenzija

Stanić. Maja ; Lozo, Branka Permanence and Color Stability in 3D Ink-jet Printing // 26th International Conference on Digital Printing Technologies / Bruch, Xavier (ur.). Springfield: Society for Imaging Science and Technology, 2010. str. 541-544

Podaci o odgovornosti

Stanić. Maja ; Lozo, Branka

engleski

Permanence and Color Stability in 3D Ink-jet Printing

In recent years, the possibility of color three-dimensional printing has been introduced. The process described in this work is by ZCorporation, and is currently the only process enabling full color printing. The basic materials are in the shape of powder and binders, clear and/or colored. In order to obtain final mechanical and surface properties, 3D prints are almost always postprocessed with a selected infiltrant. Since color printing was made possible, the use of 3D printing was further broadened to specific application areas, e.g. AEC, archeology and cultural heritage preservation, fine arts and design, spatial planning and publicdisplay of models. As the application in these emerging areas requested potentially more durable 3D prints than in the native RP/CAD applications, the color stability, an integral part of the prints permanence properties, was raised as a topic of interest for both, the researchers and the users of 3D technology. This work will discuss emerging research issues in 3D printing for selected applications, as well as describe and present examples of our current and developing work on permanence and color stability in 3D ink-jet printing.

3D Ink-jet Printing; Permanence; Color Stability

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Podaci o prilogu

541-544.

2010.

objavljeno

Podaci o matičnoj publikaciji

26th International Conference on Digital Printing Technologies

Bruch, Xavier

Springfield: Society for Imaging Science and Technology

978-0-89208-292-6

Podaci o skupu

NIP 26 & DF 2010

predavanje

19.09.2010-23.09.2010

Austin (TX), Sjedinjene Američke Države

Povezanost rada

Grafička tehnologija