Njengoba isisho esidala sihamba sithi, "Ungahamba ngokukhulu noma uya ekhaya."; futhi esimweni se-University of Maine's Izakhiwo Ezithuthukisiwe Nezakhiwo Zokuhlanganiswa, NGOKUQINISEKILE bakhulu.
Besebenzisa iphrinta yabo enhle kakhulu yangaphakathi kwe-3D enesikhala sokuphrinta esingama-22 nge-100 amamitha namamitha ayi-10 ukuphakama, bakwazi ukuphrinta isikebhe eside esingamamitha angu-25 esenziwe nge-cellulose nanofibers (CNF).
Manje ngaphambi kokuba ufinyelele eziphethweni, inyuvesi ayingeni embonini yezikebhe. Inhloso yonke yephrojekthi bekuwukuhlola ukuthi ngabe izinto ezinkulu eziphrintiwe ze-3D eziphrintiwe zingasetshenziswa njengendawo efanelekile yensimbi lapho kwakhiwa izinto ezinkulu.
Bona, njengoba kuba nzima ezintweni zokuphrinta ze-3D ezinkudlwana abazitholayo, kanjalo nezidingo ezidingekayo ukugcina isakhiwo sisebenza kahle. I-University of Maine ifuna ukubona ukuthi ngabe le mibhalo ye-3D eyenziwe nge-biobased ingabambelela kulezi zidingo, futhi iyiphi indlela engcono yokukuhlola lokhu kunokuphrinta isikebhe esikhulu esenziwe nge-CNF?
Uma unwaya ikhanda lakho uzama ukuthola ukuthi yini eyenza i-CNF izuze kangaka, kungukuthi ingxenye yayo eyinhloko ngokhuni. Uginindela wokhuni, ukuze ube ngqo. Uma ixutshwe ne-thermoplastics, imicu ye-CNF ingaba namandla ngokwanele ukubamba isikebhe esingamakhilogremu angu-5,000 XNUMX.
Uma ukuhlolwa kokuqala kuphumelela, i-University of Maine kanye ne-Oak Ridge National Laboratory bazoqhubeka nokwakha imibhalo emikhulu ye-3D enjenge-formworks kakhonkolo nama-bridge girders. Ngokusebenzisa lezi zinto ezivuselelekayo, banganciphisa isikhathi nezindleko zokukhiqiza zokwakha ezinkulu ezidinga amathani wensimbi. Kuyasiza futhi nasemvelweni; ibhonasi eyengeziwe.
Njengoba kunezikebhe namakhaya amancane asevele angaphansi kwebhande lokuphrinta le-3D, iminyaka eyishumi ezayo ibukeka izothakazelisa kuzo zonke izinto zokukhiqiza okungeziwe.
