Ngokukhula kwemfuno yoshicilelo olulolwakho, ushicilelo lwedijithali luya kuba nesazisi esibaluleke ngakumbi kwimarike yoshicilelo.
Ukuprintwa kwedijithali yindlela yokushicilela usebenzisa iteknoloji yedijithali. Umgaqo wayo osisiseko kungobuchwephesha bedijithali obuphambili bemifanekiso kunye nenkqubo yoshicilelo lokushicilela, ukuskena kunye nokuhambisa iifayile zemifanekiso, iifayile zemifanekiso kwimifanekiso enesisombululo esiphezulu, kwaye emva koko uprinte kwinqwelomoya yegraphic, kwaye ekugqibeleni ufumane imveliso egqityiweyo yomzobo.
Xa kuthelekiswa noshicilelo lwe-offset, ukuprintwa kwedijithali kunenzuzo yokusebenza okuphezulu, ukuguquguquka, ukukhuselwa kwendalo, ukuchaneka okuphezulu kunye neendleko eziphantsi, ezisa izinto ezintsha kunye noshintsho kwishishini lokushicilela.
Ngoko ke, njengomvelisi wefilimu owenziwe ngaphambili, njani ukusebenzisana neemfuno zokugquma ukuprintwa kwedijithali?
Okwangoku, i-EKO ukuze kuhlangatyezwane neemfuno zokugquma koshicilelo lwedijithali, yaphehlelela ifilimu encamathelayo encamathelayo yangaphambili yoshicilelo lwedijithali-ifilimu yedijithali ye-thermal lamination. Xa kuthelekiswa nefilimu eqhelekileyo ye-thermal lamination, i-viscosity yayo eyomeleleyo inokusebenzisana nedijithali yoshicilelo lwe-inki eshinyeneyo kwiimfuno zokwaleka, ukunciphisa inkqubo yokugquma eveliswa kukugquma, i-viscosity embi kunye nezinye iingxaki. Inika amava angcono laminating kushicilelo lwedijithali.
Okwangoku, imveliso ingene kwimveliso yobuninzi kunye nenqanaba lokuthengisa, kwaye iye yadunyiswa ngamashishini amaninzi okushicilela idijithali. Ukwengeza kwiifilimu yedijithali eqatywe ngaphambili, nathi sinakoifilim yedijithali ethambileyo yokucoca i-thermalkwayedigital anti-scratch thermal lamination filmukuhlangabezana neemfuno zokugquma.
Ixesha lokuposa: Jul-13-2024