Isitudiyo sokuhlola esisekelwe e-US i-Slicelab sithuthukise ithebula likakhonkolo lenoveli lisebenzisa isikhunta esiphrintiwe se-3D.

Ifenisha yobuciko ibizwa ngokuthi i-Delicate Density Table, futhi ifaka uketshezi, ifomu elicishe libe elingaphezu komhlaba.Inesisindo esingu-86kg futhi likala u-1525 x 455 x 380mm, ithebula likhishwa kukhonkolo elimhlophe ngokuphelele, lishaya 'ibhalansi ethambile' phakathi kwefomu lobuhle nokuminyana kwezinto ezisebenza kakhulu.Inkampani iqale le phrojekthi ngomzamo wokubona ukuthi ukhonkolo ongabonakali futhi onemininingwane ungatholakala kanjani ngenkathi usaqinile ngokwesakhiwo.

U-Slicelab uyabhala, “Inhloso yale phrojekthi bekuwukucwaninga indlela entsha yokwakha kanye nokwenziwa kwesikhunta samafomu okhonkolo ayinkimbinkimbi ngokusebenzisa ukuphrinta kwe-3D.Ngekhono likakhonkolo lokuthatha noma yimuphi umumo, lihlanganyela ngokufana okuqinile kokuthi i-prototyping esheshayo ikwazi ukukhiqiza cishe noma iyiphi i-geometry.Amandla okuhlanganisa lezi zindlela ezimbili abonwe njengethuba elihle. ”

Ukuthola ubuhle kukhonkolo

Njengezinto ezibonakalayo, ukhonkolo unamandla okucindezela aphezulu kakhulu, okwenza kube yisinqumo uma kuziwa ezakhiweni kanye nezakhiwo ezithwala imithwalo yezakhiwo.Kodwa-ke, iphinde ibe yinto ehlakazekile kakhulu uma isetshenziselwa ukwakha amajiyometri amahle ahlangabezana nokushuba okukhulu.

Le nkampani iyabhala: “Lokhu kuhlola kwakuhloselwe ukuqonda ukuthi wawuyini lowo mkhawulo omncane wokuba ntekenteke, kuyilapho igcina amandla aphelele ezinto ezibonakalayo.

Le bhalansi yatholwa kusetshenziswa inhlanganisela yokulingisa kwedijithali kanye nobuchwepheshe bokwenza kahle kwesakhiwo, okuholele ekutheni ijometri enqunywe kusengaphambili iziqhayise ngakho kokubili ubumnandi namandla aphezulu.Okubalulekile empumelelweni yephrojekthi kwaba inkululeko yejiyomethri eyanikezwa ukuphrinta kwe-3D, okwenza ithimba likwazi ukuqhubeka ngaphandle kwezihibe endleleni yokwenzeka kwesakhiwo noma izindleko zokukhiqiza.

Isikhunta esiphrintiwe se-3D esinezingxenye ezingama-23

Ngenxa yohlaka olukhulu lwetafula, imodeli yesikhunta esiphrintiwe se-3D kwadingeka ihlukaniswe izingxenye ezingama-23.Ngayinye yalezi zingxenye yathuthukiswa futhi yaqondiswa ukuze kuncishiswe ukusetshenziswa kwezakhiwo zokusekela ngesikhathi sokwakha - umnyakazo owawuzoqhubeka nokwenza lula inqubo yokuhlanganisa.Lapho sezinyathelisiwe, zonke izingxenye ezingu-23 zahlanganiswa ndawonye ukuze zenze isikhunta esisodwa se-PLA, sona sona sasinesisindo esingama-30kg.

USlicelab wengeze ngokuthi, "Lokhu akunakuqhathaniswa namasu okudala isikhunta avame ukubonakala kuwo wonke umkhakha wokubunjwa kukakhonkolo."

Isikhunta sasiklanyelwe ukuba sigcwaliswe sibheke phansi, imilenze eyishumi isebenze njengezindawo zokungena emgodini omkhulu.Ngale nje kokusebenziseka kalula, lokhu kukhetha komklamo wamabomu kwenziwa ukuze kwakhiwe i-gradient ekuthunjweni kwetafula likakhonkolo.Ngokukhethekile, isu laqinisekisa ukuthi amabhamuza omoya kukhonkolo akhawulelwe ngaphansi kwetafula, okushiya indawo engaphezulu ingenasici ngokubukeka okubili okuhluke kakhulu.

Lapho i-Delicate Density Table isikhishiwe ekubunjweni kwayo, ithimba lathola ukuthi ukuqedwa okungaphezulu kulingisa imigqa yesendlalelo ye-casing ephrintiwe ye-FFF.Iphedi ledayimane elimanzi lesanding ekugcineni lasetshenziselwa ukufeza ukukhanya okufana nesibuko.