Cishe awukezwa Qinisekisa, kodwa ngokuqinisekile uzobe uzwa okuningi kakhulu kubo esikhathini esizayo. Isiqalo esizinze eBoston, esasungulwa nguJoshua Martin ngo-2016 ngokususelwa kumqondo wakhe wezemfundo, sesenze isu elingajwayelekile Ukuphrinta kwe-3D okuqiniswe kakhulu kusetshenziswa izinkundla kazibuthe ngendlela ekhaliphile.
Bayisiqalo sisebenzisa izinkambu kazibuthe ukuphrinta izinto eziqine kakhulu ze-3D.
Inkampani inelungelo lobunikazi benqubo yayo, futhi ngemva kokuthola imali yokwenza ibhizinisi ukuze iqhubeke, isebenzela umjikelezo wokuqongelela imali ka-Series A ongamenyezelwa maduze.
Konke kumayelana nokufakwa kwe-reinforcing fibers ngaphakathi izinto zokuphrinta. Yiqiniso, imicu eqotshiwe iyinsika yezinto eziqinile kulezi zinsuku, njengoba manje sekuyinsakavukela ukuzisebenzisa. Kodwa nakuba ziqinisa ngempela ukuphrinta, azisebenzisi amandla aphelele okuqinisa engilazi noma ama-carbon fibers.
Kungani kungenjalo? Kungenxa yokuthi imicu iqondiswe ngokungahleliwe ezintweni eziyinhlanganisela evamile. Le micu eqoshiwe iqondiswe ngokungafanele kuyo yonke into.
Kodwa kuthiwani uma imicu ibingase iqondiswe ohlangothini oluthile? Uma kunjalo, ingxenye ingaqiniswa kakhulu, okungenani ekuqondeni kwe-fiber.
I-Fortify ithole indlela esebenzayo yokwenza lokhu ngempela. Bangakwazi ukuqondisa imicu ngaphakathi kokuphrinta kwe-3D. Nansi indlela esebenza ngayo:
- Ama-fibers aphathwa nge-coating ye-ferridic
- Ama-fibers aqotshwe kahle
- Imicu ixubene ne-photopolymer ewuketshezi
- I-photopolymer eyinhlanganisela isilungele ukuphrinta kwe-3D
- Inkambu kazibuthe ikhiqizwa iphrinta ye-Fortify 3D
- Ama-fibers, ambozwe nge-ferridic-coated, aziqondisa ngokwamandla kazibuthe
- Umthombo wokukhanya usetshenziswa ngokukhetha ku-photopolymer resin (DLP kulokhu)
- I-Photopolymer iyaqina, ngemicu eqondiswe ngokwesiqondiso senkundla kazibuthe
- Inqubo iyaphinda, isendlalelo ngesendlalelo, ukuze kuqedelwe ukuphrinta
Bayibiza nge-Digital Composite Manufacturing (DCM) futhi nansi indlela abayichaza ngayo:
I-Digital Composite Manufacturing (DCM) yenza izinto ezithuthukisiwe zifinyeleleke. Iqhutshwa ubuchwepheshe be-Fluxprint, inqubo kazibuthe ye-3D yokuphrinta edala izinhlanganisela ezithuthukisiwe. I-Fluxprint ihlanganisa ama-magnetics kanye ne-digital light processing (DLP) ukuphrinta kwe-3D ukuze kukhiqizwe izingxenye eziyinhlanganisela ezinezakhiwo ezifanele zemishini. Njengengxenye ephrintiwe nge-3D, amafayibha ngaphakathi kwengxenye aqondaniswe ngozibuthe i-voxel-by-voxel ukuze kuthuthukiswe i-microstructure. Izingxenye zithola ukulungiswa okuhle kakhulu kwekilasi kanye nobumaka ngenkathi kunciphisa isikhathi sokuya emakethe uma kuqhathaniswa nokukhiqiza okuvamile.
Ngiyazi ukuthi ucabangani: liyini iphuzu lokuthi yonke imicu iqondiswe ngendlela ethile kusendlalelo ngasinye? Bangu
Kuvela ukuthi isixazululo se-Fortify siyinkimbinkimbi kakhulu.
Bangakwazi ukuqinisa kuphela ingxenye yesendlalelo, bese beqondisa kabusha inkambu kazibuthe endaweni ethile futhi benze esinye isenzakalo sokuqiniswa kwenye ingxenye yesendlalelo. Ngakho-ke, bangakwazi ukulawula ukuma kwe-fiber ngokoqobo kwephikseli ngayinye yesendlalelo ngasinye, ngokombono. Nokho, ngokwenza lokho kunganciphisa ukuphrinta ngezinga elingavamile.
Kodwa leli khono lezingxenyekazi zekhompuyutha liholela embuzweni wesoftware: unquma kanjani umumo ongcono kakhulu wemodeli ye-3D enikeziwe? I-Fortify inezindlela ezimbili zokwenza kanjalo isebenzisa isofthiwe yabo (okumele isetshenziswe njengoba idingeka ukuphatha izinguquko zenkundla kazibuthe).
Enye indlela iwukuba isoftware yabo ibone ngokuzenzakalelayo izimo eziyisisekelo ze-3D. Isibonelo, uma ibona isilinda, izosetha ngokuzenzakalelayo umsebenzi wokuphrinta ukuthi ube nemicu eqondiswe ukusonga isilinda. Izingxenye ezinde zizoba nemicu eqondaniswe ngokufanele, njll.
Enye indlela iyinkimbinkimbi kakhulu. I-Fortify ixhuma ngamathuluzi e-CAD ukuze imunce ukuhlaziya izinto ezinomkhawulo. Lezi izifaniso zezibalo zokucindezeleka, ngokuvamile okomshini. Isofthiwe ye-Fortify ibe isiguqula lolu lwazi lube umumo olungile wemicu, njengoba yabelwe inkambu kazibuthe eguqukayo. Sibone i-3D XNUMXD printed turbine impeller, eyayinemicu eqondaniswe ngokufanele kuzo zonke izindwani zayo ezisontekile. Cabanga nje ngamathuba!
Ngenkathi inqubo kazibuthe ye-Fortify izonciphisa isivinini sokuphrinta ngokungenakugwenywa - ngoba ungqimba ngalunye luzothatha isikhathi eside uma ukuqondiswa okuningi kuyadingeka - lukhiqiza amaphrinti e-3D aqine kakhulu. I-Fortify iphakamisa ukuthi ayizinga lamandla elimaphakathi endaweni ethile phakathi kwamaphrinti e-3D aqiniswe nge-fiber evamile namaphrinti e-3D ensimbi egcwele, futhi asiphikisani, njengoba sisingathe amanye amaphrinti awo okuhlola.
Kuzoba nenani lezicelo zamaphrinti aqine kangako, futhi okukodwa okuphawuleka kakhulu kuzoba yisikhunta sokujova. Namuhla ukukhetha kuphakathi kwesikhunta sensimbi ebiza kakhulu futhi esivamile se-CNC-cut kanye nezibunjwa eziphrintiwe ze-3D ezisheshayo ezingahlali emijoweni eminingi. Ubuchwepheshe be-Fortify bungashintsha isimo sokubumba umjovo ngendlela ephawulekayo.
Namuhla i-Fortify ayikawunikezi umshini, kodwa iqembu labo labangu-14 lisebenza kanzima lifinyelela kulowo mgomo, okuhloswe ukuthi lihambe izinyanga eziyi-8-12. Okwamanje kubonakala sengathi amanye amaklayenti anobungane asiza i-alpha ukuhlola inqubo ngokuthumela izicelo ku-Fortify ukuze ziphrinte emishinini yawo yesibonelo. Sitshelwa ukuthi lokhu kuhlola kusebenza kahle kakhulu.
Inqubo ye-Fortify mhlawumbe ingenye yezithakazelisa kakhulu esizibone kamuva nje, futhi uma ikwazi ukukhiqiza iphrinta ye-3D esebenzayo, ingangeza isigaba esisha sedivayisi emhlabeni wokuphrinta kwe-3D.
Funda kabanzi mayelana nenqubo yabo nezinto zokwakha lapha futhi uzibheke esikhathini esizayo.
