Ngithole isibuyekezo esinemininingwane evela I-Photocentric mayelana nokuthuthuka okumangazayo kwezinga labo lokukhiqiza le-COVID-19.
Uma ukhumbula, ngesonto eledlule ngabika nge Imizamo ye-Photocentric yokukhiqiza ngobuningi i-valve ye-ventilator elahlwayo. Le ngxenye, kwezinye izindawo, iyashoda ngakho-ke kungaba nentshisekelo yokukwazi ukuyikhiqiza ngokushesha.
I-Photocentric Ventilator Valve Production
Nokho, kuyingxenye enzima kakhulu ukukhiqiza. Iziteshi zayo ezincane zomoya ziyinselele kunoma iyiphi iphrinta ye-3D ukuze zikhiqize, futhi empeleni ziqeda amathuba okukhiqiza ngamaphrinta e-3D anamandla e-filament.
Indawo embi ekhiqizwa amaphrinta amaningi e-3D ingase iphazamise ukugeleza komoya okufanele eziteshini ezincane, yenze amanye amaphrinta ensimbi nawe-SLS 3D nawo angafaneleki kulolu hlelo lokusebenza.
Ngisho nakumaphrinta we-SLA 3D, anesinqumo esidingekayo ukuze akhiqize izindawo ezincane, ezibushelelezi, kukhona nezinselelo zempahla. Izinto eziningi zokuphrinta ze-3D azihambisani nezinto eziphilayo, futhi azifanele ukusetshenziswa kwezokwelapha ngenxa yokungakwazi ukuvala inzalo ngendlela efanele. Ngabhala okwengeziwe Ukuphrinta kwe-3D kwezinselelo ze-COVID-19 lapha.
Izindaba ezinhle ukuthi i-Photocentric ikhiqiza amaphrinta we-SLA 3D futhi ivele ibe umphakeli omkhulu we-photopolymer resin. Bakha kabusha ngokushesha inhlaka eyayifaneleka ngempela ukusetshenziswa kwezokwelashwa futhi baqala ukubona ukuthi bangakwazi yini ukukhiqiza isampula yedizayini yevalvu yokungenisa umoya kuhlu lwabo lwamaphrinta amaningi e-SLA 3D.
Ngemishini yabo enefomethi enkulu, bakwazile ukukhiqiza amayunithi acishe abe ngu-40,000 ngesonto, umphumela omangalisayo.
Photocentric Maximum Production
Kodwa manje baye bathuthukisa inqubo yabo nezinto zokwakha futhi babonisa ikhono le-3D lokuphrinta amavalvu angu-130 NGEMIZUZU AMASHUMI AMASHUMI AMATHATHU NESISHIYAGALOMBILI kuphela kudivayisi yabo ye-LC Magna. Ngalesi silinganiso, bangakwazi ukukhiqiza amayunithi angama-600,000 ngesonto uma indlela efanayo isetshenziswe kuwo wonke amathuluzi abo.
Ngibuze ukuthi, kanjani, bakwazi kanjani ukusheshisa ukukhiqizwa ngento emangalisayo cishe eyi-10X:
"Sithuthukise ikhemistry yakho kokubili i-vat ne-polymer ukuze sikwazi ukunamathela okuphansi epuleti lokwakha - lokhu kuvumela isivinini esisheshayo esingu-10x kunangaphambili. Lokhu kuphinde kunikeze amandla izesekeli zethiphu ezacile ezigcina ukuma kwejometri yento ebuye ithuthukise impilo ye-vat.”
Kodwa-ke, bagxile ekukhiqizeni ama-valve kubo LC Magna umshini, otholakalayo njengamanje futhi utshalwe kumasayithi amaningi amakhasimende emhlabeni jikelele. Ngamunye wale mishini ngokwethiyori ungakhiqiza amashumi ezinkulungwane zamavalvu ngesonto ezindaweni eziwadingayo.
Ukukhiqizwa Kwesihlangu Sobuso
Kubonakala sengathi i-Photocentric ifunde ngesidingo esihlukile kuziphathimandla zezempilo zendawo, futhi manje iqondisa iningi lomthamo wabo wokukhiqiza ukukhiqiza izihlangu zobuso. Bakhe umklamo olungiselelwe (oboniswe phezulu) oshesha kakhulu ekuphrinteni kwe-3D.
Lokhu kungenziwa ngokushesha kangakanani kumishini ye-Photocentric? Bheka lokhu kulungiselelwa komsebenzi wedivayisi yabo ye-LC Maximus:
Umkhulumeli we-Photocentric uRoxanne Ellison uyachaza:
“Manje sibhekene nesidingo esikhulu sezihlangu zokuvikela ubuso, ngakho-ke, umkhiqizo wethu usujwayele ukuletha ukukhiqizwa ngobuningi balezi. Esikhathini esingamasonto amabili, sihlose ukuguqula izingxenye zesivikelo ezingama-20,000 ngosuku. ”
Lesi isibonelo esihle kakhulu sokubaluleka kokuxhumana neziphathimandla zezempilo ezaziyo ukuthi yini edingekayo, lapho idingeka khona nalapho idingeka. Abakhiqizi badinga ukuzivumelanisa nezimfuno, futhi ngokushesha.
