Isiprinti se-UV esihambisana ngomoya: Isiphumo sokuprinta kahle nokushisa kwezinto ezifanayo

Indlela esebenzisa ngayo isiprinti se-UV esihambisana ngomoya ukuthola ukushisa kwe-3–5 ngokugcwele

Umsebenzi wokuphatha: Isigaba sesiprinti esingaphansi futhi ukubuyiselwa kwe-UV LED ngokusho

Amaphrinti we-UV asebenzisa indlela eyodwa yokuphrinta (single pass) abathola ubukhulu bokusebenza ngokuthi banezinkampani zokuphrinta eziqinile kakhulu zihambelwe kuzo zonke izinyathelo zomkhawulo wokuphrinta, okusho ukuthi akukho inkinga yokuqonda ngokumechanikali. Uma izinto zihambela ngokuthekelwa kwe-conveyor belt ngokuthintana, amalayithi we-UV LED azofika ngokushesha ukuhlanya inkhama uma iphrinta kusuka kusuka esikhundleni. Lokhu kufunda nokuhlanya ngokuhambela kuyavula lokhu kucacisa ukubuyela emuva nokuhamba phambili okubonakala kwi-systems yezinkampani eziningi (multi-pass) zokuzenzakalela. Izikhathi zokusebenza zizolwala phakathi kwe-60 ku-80%, kuvumela lezi zinhlobo zokusebenza zibone isivinini sokuphrinta esiphakeme kakhulu kusukela ku-1,200 ku-1,800 izimitha ezingezansi ngamahora ngokulandela i-Digital Output 2023. Indlela yokuhlanya ngokushesha iyavula inkhama ukuthi ayisalele kuzo zonke izindawo, iyavumela amapointi abe kusikhundla sakho, futhi iyavumela ukuphrinta kuhlanganise ngokushesha ngokungafanele ukuthi kubhekwe indawo yokuhlanya noma kubhekwe isikhathi sokuxhuma.

Ukulinganisa Ukuthintana: Isistimu Yokuphrinta Ngokuthintana Eyodwa vs. Isistimu Yokuphrinta Ngokuthintana Eziningi (Multi-Pass) ye-UV

Yini okukhomba lezi zindawo ukuthi zihamba kahle? Kuyinto yokuthi zihlukanisa konke lokhu kwezindlela zokubuyela phakathi kwemiphinda yokuprinta nokuhlala kude ukuze kufanele kube lula. Uma kusebenza ngendlela yezinkulungwane ezingu-70 ngeminithi, lezi zikhompyutha zokuprinta ngomphinda wodwa zinokuhlanganisa izinto ngendlela efana ne-0.1 mm. Lokhu kuyinto ejabulisayo uma kuchazwa kuma zikhompyutha zokuprinta ngamaphinda amaningi okwesikhathini esidala, okuzoba kude kakhulu kodwa akuyona ngenye indlela yokuthi ziyinkimbinkimbi kakhulu. Idata yasefabrikhi ishika into ejabulisayo futhi. Amadoda amaningi abona ukuthi amasikhathi amaningi ayisikumbu sokubhekana ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi esingafanele ukuthi kubhekane ngokugcina kahle ngokwesikhathi es......

Ukulinganisa, Ukulinganisa Kwezinkimbinkimbi, Nokukhombisa Ukuqondwa Kwesithombe Ngokwesikhathi Sokusebenza

Amaphephandaba aphambili okuphrinta e-piezoelectric agcina ukuphrinta kwekhwalithi ephezulu ngejubane elikhulu, akhiqiza ukucaca kwangempela okungu-1200 x 1200 dpi kanye nokulawula ama-grayscale angu-8. Ubuchwepheshe be-multi-drop grayscale buyalungisa usayizi wamaconsi ngokushesha, okusho ukuthi ushintsho oluhle phakathi kwethoni nemininingwane engcono ngaphandle kokubambezela isikhathi sokukhiqiza. Nokho, okwenza le nqubo ivelele ngempela inqubo yokuqina kwe-UV LED ngesikhathi sangempela. Lapho nje uyinki ufinyelela ebusweni bendaba, ukukhanya kwe-UV kubeka konke endaweni yako ngokushesha. Lokhu kufinyelela amazinga okuqina angaphezu kwamaphesenti angu - 95 kuzo zonke izinhlobo zezinto, kusukela emapulasitiki aqinile kuya ezindwangu ezithambile ngisho nasezintweni ezingasaklungi. Manje sesithola izithombe ezinyathelisiwe ezisezingeni eliphakeme ngesivinini esasikwazi ukusithenga kuphela ngalezo ziphrinta ezisemqoka zezimboni. Kuvela ukuthi asisekho isidingo sokudela izinga lokunyathelisa ukuze senze izinto ngokushesha.

Imibuzo Evame Ukubuzwa

Inzuzo yokuphrinta i-inkjet ye-UV yokudlula okukodwa uma iqhathaniswa nesistimu yokudlula okuningi iyini?

Amaphrinta e-UV asebenzisa indlela eyodwa ayinakukhokha ukuthi amaphrinta asebenze ngokushesha ngokuphatha ukuthi akufanele kwenziwe ukuguqula okwenzeka ngokwezinsiza zokusebenza nokugcina izikhathi ezide zokugcina. Kungasebenza kusukela ku-3 ku-5 izikhathi kushesha kunezinhlelo zezimitheli ezihlukene zokusebenza.

Ukuthi amaphrinta asebenzisa indlela eyodwa ziyakhathazisa njani ubuchwepheshe bokuphrinta ngokushesha kakhulu?

Babasewa ngamaphrinta asebenzisa i-piezoelectric apho abayisebenzisa i-UV LED yokugcina ngokushesha. Lokhu kuyavumela ukuthi baphrinte ngobuchwepheshe obuhle nokuguqula umbala ngokushesha ngaphandle kokuthi kubhekwe isikhathi sokusebenza.

Ukuthi indlela eyodwa yokuqhubeka kuyaphakama njani ekuphuhliseni kwemisebenzi?

Indlela eyodwa yokuqhubeka iyaphakama izikhathi zokuphuhlisa ngu-60–80%, futhi iyavumela ukuthi kuzofakwa okunye kwezinhlelo zokusebenza, okubizwa ngokuthi kuzofakwa ngu-40% kungenye ngomshini wokusebenza ngokulingana nezinhlelo zezimitheli.