Ipulatifomu ye-nTopology Iletha Umklamo Wokukhiqiza ku-3D Printing

I-nTopology imemezele ithuluzi elisha loguquko lokwakhiwa komkhiqizo, I-nTop Platform.

Idizayini Ekhiqizayo Yokuphrinta kwe-3D

Ithuluzi liyinselele kancane ukulichaza, njengoba liyingxube yemisebenzi evame ukutholakala kumathuluzi ahlukene kanye nemikhiqizo. Kodwa ake ngizame ukwenza njalo!

Ezweni elidala, idizayini yomkhiqizo yayilandela indlela evamile kakhulu: izinto zaklanywa ngamathuluzi e-CAD, bese zithunyelwa ukuze zicutshungulwe i-CAM noma ukusika amaphrinta e-3D. Ukuthuthukiswa okuphindaphindiwe kwenzeke ngokwabelana ngamamodeli we-CAD kanye/noma ukuhlola ama-prototypes enziwe.

Faka ukuphrinta kwe-3D. Lobu buchwepheshe obusha buvumela izakhiwo ezingenakwenzeka ngaphambili, njengama-lattice angaphakathi, ukunciphisa isisindo, noma izingxenye eziyinkimbinkimbi ezenziwe ekusebenzeni okukodwa, kunokuba zihlanganiswe.

Kulungile, kodwa umuntu ukwenza kanjani lokhu? Yebo, ungasebenzisa ithuluzi elizimele ukufaka isakhiwo se-lattice, kodwa siyini isakhiwo se-lattice ESIFANELE?

Lolu hlobo lombuzo luphakanyiswa kakhulu kulezi zinsuku, njengoba sibona inani lamathuluzi okukhiqiza avelayo. Kunamathuluzi okuthi, uma kubhekwa isethi yezinhloso, akwazi ukukhiqiza uhlaka lonke kusuka ezinhlosweni kuphela. Akhona amanye amathuluzi athuthukisa i-topology yengxenye, yithi ukunciphisa ama-overhangs. Kunamathuluzi amaningi okwenza ukulingisa. Omunye angase ahlole ukucindezeleka okushisayo, omunye umshini. Futhi ithuluzi elihlukile lingahlola ukungena kwefrikhwensi yomsakazo.

Lawa mathuluzi wonke anamandla kakhulu, kodwa avame ukutholakala ezindaweni ezihlukene.

Inkinga ukuthi uma umuntu eklama umkhiqizo okufanele unqamule wonke umjikelezo wokuphila wokuklama-kuya-kukhiqizeni, amaqembu edizayini azithola ehlala eqa amathuluzi - ngendlela engasebenzi kahle.

Amathuluzi e-CAD ahlukene

Cabangela isimo lapho ithuluzi lokulingisa lihlola ukucindezelwa komshini engxenyeni ethile. Umqondo uwukusika izingxenye zomklamo ezingafaki sandla ngokuphawulekayo emsebenzini, ngaleyo ndlela kuncishiswe isisindo nezinto ezisetshenziswayo. Kodwa-ke, amathuluzi avame ukwethula ingcindezi njengohlu oluqhubekayo lokucindezeleka. Lokhu kusho ukuthi umklami kufanele agxumele futhi enze isinqumo mayelana nokuthi “akusike kuphi” okokusebenza.

Ngokufanayo, amathuluzi okwakheka okukhiqizayo angathuthukisa ngokushesha i-geometry elungele isimo esithile. Kodwa-ke, lezi cishe zihlala zisesimweni esingahleleki kahle esinciphisa umkhiqizo okhiqizayo ube umklamo okhuthazayo kunento yangempela ehlelekayo ye-CAD. Futhi, umklami kufanele agxume azibambele mathupha.

Manje cabanga ngalezi zinhlobo zezinkinga uma unethimba labantu abaningi eliklama into eyinkimbinkimbi kakhulu ezodinga inqwaba noma amakhulu okuphindaphinda kwedizayini. Cabanga ukungasebenzi kahle kwalolo hlelo lokusebenza.

Yilokho i-nTopology esebenzela ukukuxazulula.

Zabo nPhezulu Umkhiqizo we-Platform uzama ukwenza lokho ngokusebenzisa lokho abakubiza ngokuthi “I-Field-Driven Design”. Ngendlela yabo, into imelelwa yimikhakha yolwazi mayelana nengxenye ngayinye yesakhiwo. Izinkambu zingaba izici ezilula njengendawo, kodwa futhi zingamela amandla kazibuthe kagesi, isimo esishisayo, uhlobo lwemishini, nezinye izici eziyinkimbinkimbi.

I-nTop Platform iyakwazi ukungenisa amadizayini e-CAD futhi iwaguqule abe ukumelela insimu. Uma sebeqedile, bangenza ngokushesha zonke izinhlobo zemisebenzi ethokozisayo engaba inkimbinkimbi ngendlela emangalisayo kusetshenziswa amanye amathuluzi ahlukene, njengokuhlanganisa imiphumela yokulingisa okuningi ndawonye ukuze kukhiqizwe ijometri entsha, isibonelo.

Ukuphatha Amamodeli E-3D Amakhulu

I-algorithm yabo iyakwazi ukuphatha amamodeli amakhulu ngendlela ehlekisayo we-3D angaminyanisa amanye amasistimu. Isibonelo, ukulingisa indawo enkulu yerediyetha kungaba nzima kakhulu, kodwa kulula ku-nTop Platform. Bathi:

“Edizayini eqhutshwa emkhakheni, abasebenzisi bamboza idizayini, ukuhlaziya, kanye neziyalo zokukhiqiza zibe yimodeli eyodwa yobunjiniyela. Ijiyomethri esekwe ensimini, ukulingisa, kanye nama-algorithms okukhiqiza angakwazi ukusebenzisa leyo mikhakha ukuze kukhiqizwe imiphumela engaguquki futhi ebikezelwe. Le ndlela ivumela ama-oda wokwenyuka kwesivinini sokuphindaphinda komklamo. ”

Ku-nTop Platform imiphumela yedizayini ekhiqiziwe itholakala ngokushesha ukuze iphinde ihlelwe ngamathuluzi e-CAD. Ngamanye amazwi, ziyasebenziseka, hhayi nje ezikhuthazayo.

Phezu kwakho konke lokhu, babeke ungqimba lwezokuxhumana olungenza abahlanganyeli bephrojekthi bakwazi ukusebenza ngokubambisana. Ukuphindaphinda kulula, futhi ukukhiqiza kuba ngcono kakhulu. Eqinisweni, ithuluzi lingasetshenziswa ukudala nokwabelana ngokugeleza kokuklama okuyinkimbinkimbi kakhulu.

Ikusasa Lomklamo Wokukhiqiza Okungeziwe

Kunokuningi okwengeziwe kuleli thuluzi, futhi ngikukhuthaza ukuthi uphenye kabanzi nge-nTopology ngokuqondile.

Ukucabanga kwami ​​lapha ukuthi nge nPhezulu I-Platform siqala ukubona ukukhishwa kwamathuluzi okuklama akwazi ngokukhethekile ukusizakala ngobuchwepheshe bokuphrinta be-3D; amathuluzi amaningi kuze kube manje ayehlezi ngokuqinile ezindleleni ezindala. I-nTopology ithi kulapho “i-FEA ihlangana khona ne-CAD”. Manje sithola amazwibela okuthi ikusasa lomklamo we-3D lingenzeka kanjani.

Funda kabanzi mayelana nokuphrinta kwe-3D kwaFabbaloo!