Uma kungenzeka umnikazi wesitoko Ubukhulu beNano, impela iviki lakho lenhlanhla, njengoba intengo iphindeke kane ngemva kwesimemezelo esimangalisayo.
Inkampani umemezele ukuphumelela kubuchwepheshe bayo obuzoba nentshisekelo enkulu embonini. I-Nano Dimension ikhiqiza okokusebenza kumabhodi wesekethe wokuphrinta we-3D. Nakuba amabhodi esekethe empeleni eyizakhiwo ze-2D, idivayisi yenkampani i-DragonFly iyakwazi ukuphrinta i-3D yamabhodi esekethe aphrintiwe anezinhlangothi ezintathu (PCBs).
Inkampani ngaphambili yandisiwe yayo uhlelo lokusebenza ngo-2019 kodwa wadilizwa ngokuhamba kwesikhathi onyakeni ngenxa yemiphumela engemihle. Kubonakala sengathi bangase bashintshe kancane ngenxa yezindaba zakamuva.
I-Nano Dimension Breakthrough
Kube nenkinga ephikelelayo kuma-PCB e-3D wokuphrinta: inqubo yokunamathisela kuma-chips athuthukile nezingxenye zamabhodi anezinhlangothi ezimbili yayingahambisani nezinto ezisetshenziswa kuma-PCB aphrintiwe e-3D.
Ukungakwazi ukukhweza izingxenye kumabhodi aphrintiwe we-3D ngokusobala kuyisici sokubonisa sezinhlelo zokusebenza eziningi.
Kodwa-ke, lokhu akusesona isithiyo njengoba iNano Dimension imemezele ukuthi bakwazile ukunqoba lo mphumela ngokusebenzisa izinto ezithile. Ngeklayenti labo u-HENSOLDT, umkhiqizi waseJalimane wezinzwa zempi, bakwazi ukukhiqiza - futhi bafaka izingxenye - i-PCB enezingqimba eziyi-10 okokuqala ngqa emlandweni.
Phezulu ungabona le PCB enezingqimba eziyi-10 engavamile.
I-elekthronikhi Eyenziwe Ngokungeziwe
I-Additively Manufactured Electronics, noma “ama-AME”, anentshisekelo enkulu uma engenziwa ukuthi asebenze. Njengoba nje ukuphrinta okujwayelekile kwe-3D kungathatha amajiyometri amasha kakhulu ezingxenyeni eziwumshini, kunjalo nama-PCB. Lokhu kungaba yinzuzo enkulu kunoma yiluphi uhlelo lokusebenza oludinga ama-PCB anomumo ongajwayelekile okufanele alingane nezikhala ezingajwayelekile, futhi lokho okungenzeka kuhlanganisa nezempi.
I-Nano Dimension yathi:
“Ama-AME awusizo ekuqinisekiseni idizayini entsha nokusebenza kwezingxenye ze-elekthronikhi ezikhethekile ngaphambi kokukhiqizwa. I-AME iyindlela yobunjiniyela eshesha kakhulu futhi engayodwana yokwenza umfuziselo wesifunda esisha se-elekthronikhi. Lokhu kuholela ekuncipheni okukhulu kwesikhathi kanye nezindleko enqubweni yokuthuthukiswa. Ngaphezu kwalokho, i-AME inikeza umklamo oqinisekisiwe novunyiwe ngaphambi kokuthi ukukhiqizwa kuqale, okuholela kukhwalithi ephezulu yomkhiqizo wokugcina. "
Lezi izinzuzo ezicishe zifane nalezo ezitholakala emhlabeni wokuphrinta we-3D: i-prototyping ephindaphindwayo ingenziwa kude, ngokushesha okukhulu, okuholela emiphumeleni yokugcina engcono ngezindleko eziphansi. Futhi sonke siyazi ukuthi kwenzekeni uma leyo mboni “ithole” ukuphrinta kwe-3D.
Intengo yesitoko seNano Dimension
Ingabe i-boom efanayo izokwenzeka kuma-electronics aphrintiwe we-3D ngenxa yalokhu kuphumelela? Kubonakala sengathi abatshalizimali bacabanga kanjalo, njengoba intengo yesitoko sikaNano Dimension ishaye uphahla ezinsukwini ezimbalwa ezedlule.
Kusukela ku-US$0.77 ezinzile, intengo yesitoko ikhuphuke yafinyelela ngaphezu kuka-US$3.00 ngesikhathi esifushane.
Akucaci ukuthi intengo yesitoko izohlala kulawo mazinga aphezulu, kodwa uma lokhu kuphumelela kuma futhi amakhasimende engeziwe eqala ukuhlola amakhono e-Nano Dimension, angase akhuphuke nakakhulu.
