1. Umklamo wokufaka i-Modular stack: Umshini wokunyathelisa we-flexo we-slitter stack usebenzisa ukwakheka kokufaka i-stacking, usekela ukunyathelisa ngasikhathi sinye kwamaqembu amaningi emibala, futhi iyunithi ngayinye ilawulwa ngokuzimela, okulula ukushintsha ipuleti ngokushesha nokulungisa umbala. Imodyuli ye-slitter ihlanganiswe ekugcineni kweyunithi yokunyathelisa, engasika ngokuqondile nangokunembile izinto ezigoqekayo ngemva kokunyathelisa, inciphise isixhumanisi sokucubungula sesibili futhi ithuthukise kakhulu ukusebenza kahle kokukhiqiza.
2. Ukuphrinta nokubhalisa okunembe kakhulu: Umshini wokunyathelisa we-slitter stack flexo usebenzisa uhlelo lokudlulisa olwenziwa ngomshini kanye nobuchwepheshe bokubhalisa okuzenzakalelayo ukuqinisekisa ukunemba kokubhalisa okuzinzile ukuze kuhlangatshezwane nezidingo zokunyathelisa okuvamile kuya kokuphakathi. Ngesikhathi esifanayo, iyahambisana noyinki osekelwe emanzini, uyinki we-UV kanye noyinki osekelwe ku-solvent, futhi ifanelekela izinhlobo ezahlukene ze-substrate.
3. Ubuchwepheshe bokusika okusemgqeni: Umshini wokunyathelisa we-flexo we-slitter stack ufakwe iqembu lommese wokusika we-CNC, elisekela ukusika okunama-multi-roll. Ububanzi bokusika bungahlelwa nge-interface yomuntu nomshini, futhi iphutha lilawulwa ngaphakathi kuka-±0.3mm. Uhlelo lokulawula ukucindezeleka olukhethwayo kanye nedivayisi yokuthola eku-inthanethi kungaqinisekisa unqenqema lokusika olubushelelezi futhi kunciphise ukulahleka kwezinto.
