Okwangoku, abashicileli be-inkjet banokwahlulwa babe ziindidi ezimbini: iteknoloji ye-inkjet ye-piezoelectric kunye neteknoloji ye-inkjet ye-thermal ngokwendlela yokusebenza yentloko yokushicilela. Ngokweempawu zezinto ze-inkjet, zinokwahlulwa zibe yimathiriyeli yamanzi, ii-inki eziqinileyo kunye neenki ezingamanzi kunye nezinye iintlobo zabashicileli. Makhe sicacise nganye kuzo apha ngezantsi.
Itekhnoloji ye-inkjet yePiezoelectric kukubeka iiseramikhi ezininzi ezincinci zepiezoelectric kufutshane neprinthead nozzle yomshicileli we-inkjet, kwaye isebenzise umgaqo wokuba iya kukhubaza phantsi kwentshukumo yombane, kwaye yongeze umbane kuyo ngexesha elifanelekileyo. I-ceramic ye-piezoelectric emva koko iyanda kwaye inkontileka yokukhupha i-inki kwi-nozzle kwaye yenza ipateni kumphezulu we-output medium.
Iindleko ze-inkjet printhead eyenziwe ngeteknoloji ye-inkjet ye-piezoelectric iphezulu kakhulu, ngoko ke ukuze kuncitshiswe iindleko zokusetyenziswa komsebenzisi, i-printhead kunye ne-inki cartridge yenziwa ngokubanzi kwisakhiwo esahlukileyo, kwaye i-printhead ayifuni ukutshintshwa xa inki itshintshwa. Le teknoloji iyimvelaphi ye-Epson, kuba isakhiwo sentloko yoshicilelo sinengqiqo ngakumbi, kwaye ubungakanani kunye nokusetyenziswa kwamaconsi e-inki kunokulungelelaniswa ngokufanelekileyo ngokulawula i-voltage, ukuze kufumaneke ukuchaneka okuphezulu kunye nefuthe lokushicilela. Inolawulo oluluqilima kumathontsi e-inki, okwenza kube lula ukuprinta ngokuchaneka okuphezulu, kwaye ngoku i-ultra-high resolution ye-1440dpi igcinwa yi-Epson. Ewe kunjalo, ikwanazo nezingeloncedo, kucingwa ukuba i-printhead ivaliwe ngexesha lokusetyenziswa, nokuba ikhutshiwe okanye itshintshiwe, ixabiso liphezulu kwaye akukho lula ukusebenza, kwaye umshicileli wonke unokuchithwa.
Okwangoku, iimveliso ezisebenzisa iteknoloji ye-inkjet ye-piezoelectric ikakhulu ngabashicileli be-inkjet be-Epson.
Itekhnoloji ye-inkjet ye-Thermal kukuvumela ukuba i-inki idlule kwi-nozzle ecolekileyo, phantsi kwentshukumo yentsimi yombane eyomeleleyo, inxalenye ye-inki kumbhobho wombhobho ivuthululwe ukwenza iqamza, kwaye i-inki emlonyeni iyakhutshelwa kwaye itshizwe kumphezulu wemveliso ephakathi ukwenza ipateni okanye uphawu. Ngoko ke, lo mshicileli we-inkjet ngamanye amaxesha ubizwa ngokuba ngumshicileli weqamza. Inkqubo ye-nozzle eyenziwe ngobu buchwepheshe ikhulile kwaye ixabiso liphantsi kakhulu, kodwa ngenxa yokuba i-electrodes kwi-nozzle ihlala ichaphazeleka yi-electrolysis kunye nokubola, iya kuba nefuthe elikhulu kwinkonzo yobomi. Ngoko ke, i-printhead kunye nale teknoloji idla ngokudibanisa kunye nekhatriji ye-inki, kwaye intloko yokushicilela ihlaziywa ngexesha elifanayo xa i-cartridge ye-inki iguqulwa. Ngale ndlela, abasebenzisi akufuneki bakhathazeke kakhulu malunga nengxaki yeentloko zoshicilelo ezivaliweyo. Kwangaxeshanye, ukwenzela ukunciphisa iindleko zokusetyenziswa, sisoloko sibona inaliti yeekhatriji zeinki (ukuzaliswa kweinki). Emva kokuba intloko yoshicilelo igqibile i-inki, ngokukhawuleza gcwalisa i-inki ekhethekileyo, nje ukuba indlela ifanelekile, unokugcina iindleko ezininzi zokusetyenziswa.
Ukungalungi kobuchwepheshe be-inkjet ye-thermal kukuba inki iya kufudunyezwa kwinkqubo yokusetyenziswa, kwaye inki ilula ukuba iqhube utshintsho lweekhemikhali kumaqondo obushushu aphezulu, kwaye indalo ayizinzile, ngoko ukunyaniseka kombala kuya kuchaphazeleka kumlinganiselo othile; kwelinye icala, ngenxa yokuba i-inki itshizwe ngamaqamza, ulwalathiso kunye nomthamo wamasuntswana e-inki kunzima kakhulu ukuliqonda, kwaye imiphetho yemigca yoshicilelo kulula ukuba ingalingani, echaphazela umgangatho woshicilelo ukuya kumlinganiselo othile, ngoko ke isiphumo soshicilelo seemveliso ezininzi asilunganga njengemveliso yeteknoloji yepiezoelectric.
Cofa ===>>Apha ngenkxaso yobuGcisa yoshicilelo lwe-inkjet
Ixesha lokuposa: Apr-22-2024
