Tisak na sintetskim tiskovnim podlogama

Delišimunović, Gordana (2011) Tisak na sintetskim tiskovnim podlogama. Master's thesis - Pre-Bologna programme. Grafički fakultet. [Mentor: Zjakić, Igor].

Preview

PDF Magistarski rad Delišimunović Gordana.pdf Download (6MB) | Preview

Abstract

Razvoj tehnologije otiskivanja dosegnuo je razinu visoke sofisticiranosti potpomognute integriranim računalnim sustavima koji rezultiraju visokokvalitetnim tiskom na različitim vrstama tiskovnih podloga. Tiskovna podloga danas više nije primarno papir, jer, iako neprijateljski prema okolišu, plastični materijali pokazuju izvrsna fizikalna i mehanička svojstva te pronalaze sve vedi raspon primjena u svakodnevnom životu. Promatrajudi ih kao nositelje informacija, s aspekta grafičke industrije, ponovno se pronalaze u gotovo svakom segmentu svakodnevice, obojane, otisnute i individualizirane, marketinški „brandirane“, prepoznatljive i u svakom slučaju - sveprisutne. Sintetske tiskovne podloge danas se vrlo uspješno koriste u proizvodnji ambalaže, ekskluzivnih tiskovina i identifikacijskih i putnih dokumenata s visokom razinom zaštite od krivotvorenja. S obzirom na sve vedu količinsku zastupljenost sintetskih tiskovina i sve vedi broj vrsta grafičkih proizvoda koje su iz njih izrađene te da se po svojim karakteristikama razlikuju od papirnih tiskovnih podloga, postoji opravdana potreba za definiranjem kvalitete tiska te mogudih dozvoljenih tolerancija kvalitete. U ovome radu istraživani su parametri kvalitete koji direktno i indirektno utječu na kvalitetu konačnog proizvoda: gustoda obojenja i razlike boje te ostali parametri koji definiraju kvalitetu tiska. Mjerenja pokazuju s kojim vrijednostima navedenih parametara se može postidi kvaliteta tiska na sintetskim tiskovnim podlogama i odstupanja na koja je potrebno dodatno usmjeriti pozornost prilikom uspostave sustava kvalitete proizvoda i procesa.

Item Type:	Master's thesis - Pre-Bologna programme
Mentor name:	Zjakić, Igor
Thesis Committee:	Bolanča, Stanislav and Zjakić, Igor and Tomljenović, Antoneta and Mrvac, Nikola and Parac-Osterman, Đurđica
Defence date:	22 December 2011
Abstract in english:	Development of printing technology has reached a high level of sophistication with a help of integrated computer systems that give high-quality results on various types of printing substrates. Today a printing substrate is not primarily paper. Namely, although they are not environmentally friendly, plastic materials have excellent physical and mechanical properties and their range of application has increased a lot in everyday life. From the printing industry standpoint, if they are considered data carriers, we can find them in almost every segment of everyday life: colored, printed, personalized, branded, distinctive and in any case - omnipresent. Synthetic printing substrates today are successfully used in production of packaging, highquality printing, ID and travel documents with high level of anti-counterfeiting features. Considering the fact that the number of synthetic prints has increased dramatically, moreover, that there are various types of printing products produced on them, and finally considering the fact that they differ in their characteristics from paper printing substrates there is a reasonable need to define the level of quality of their printing and to define acceptable tolerances in quality. This paper explores the parameters of quality that directly and indirectly influence the quality of the finished product: e.g. the color density, the color difference and all the other parameters that influence the quality of the printing. Measuring shows which values of the above factors can meet the adequate level of quality on synthetic printing substrates it is necessary to give additional attention to the acceptable and non-acceptable tolerances in the course of defining the quality system for production and processes on such printing substrates.
Uncontrolled Keywords:	Sintetske podloge, kartice, laminacija, ofsetni tisak, polivinilklorid (PVC), UV sušenje
Keywords in english:	Synthetic substrate, lamination process, offset printing, polyvinylchloride (PVC), UV curing
Subjects:	TECHNICAL SCIENCES > Graphic Technology
Institution:	Grafički fakultet
City:	Zagreb
Number of Pages:	148
Callnumber:	655.344:678 del m
Inventory number:	9071
Status:	Unpublished
Date Deposited:	15 Nov 2013 21:40
Last Modified:	14 May 2014 12:59
URI:	http://eprints.grf.unizg.hr/id/eprint/921

Actions (login required)

View Item