Ushicilelo lwe-inkjet ye-3D yeBinder isebenzisa itekhnoloji ye-Triple ACT enelungelo elilodwa lomenzi, enikezela ngomgangatho ophezulu womphezulu kunye nemathiriyeli ekhethekileyo kubandakanya isinyithi kunye neeseramikhi.
Yasekwa ngo-2021, izimisele ukubonelela ngoshicilelo lwe-3D kunye nezisombululo ze-biomanufacturing ukuqhubela phambili uphuhliso lwezempilo lomntu.
Yasekwa ngo-1995, izibophelele ekuboneleleni ngezisombululo zoshicilelo lwesanti ye-3D yemizi-mveliso yeziseko kunye nokungunda.
Okokuqala-of-uhlobo lwayo yorhwebo kwi-imfuno sheet metal ukwenza iqonga ngqo kwiifayile zedijithali.
Yasekwa ngo-2019, ijonge ukwakha ikamva eliluhlaza kunye nemithi eprintiweyo ye-3D evela kwimijelo emibini yenkunkuma: i-sawdust kunye ne-lignin.
Itekhnoloji yethu iyasebenza kwinsimbi engenasici, intsimbi ephantsi, intsimbi yesixhobo, kunye nobhedu, i-nickel alloys, isinyithi esixabisekileyo, njl.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lweepolymers, kubandakanya i-elastomers ezikumgangatho ophezulu ukusuka kwi-Adaptive3D, ETEC kunye namaqabane ahamba phambili emhlabeni.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lwe-quartz efunyenweyo kunye nesanti ye-ceramic yokuphosa ukubumba kunye neecores.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lweekeramics, ukusuka kwi-silicon kunye ne-carbon carbide ukuya kwi-tungsten carbide kunye ne-cobalt.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lwezinto ezidibeneyo, kubandakanya i-carbon fiber kunye ne-glass fibre izinto eziqinisiwe ezifana ne-PEEK, i-PEKK, inayiloni kunye nabanye.
Yasekwa ngo-2015, inkampani iphuhlisa ukusebenza okuphezulu kwe-3D resins zoshicilelo ezibonelela ngeempawu zezinto eziguqukayo ezifunekayo kwiimveliso zokuphela. I-DuraChain™ 2-in-1 umenzi wefotopolymer.
Yasekwa ngo-2019 ukudala ikamva eliluhlaza kunye nemithi eprintiweyo ye-3D evela kwimijelo emibini yenkunkuma: i-sawdust kunye ne-lignin.
Isoftware ekulula ukuyisebenzisa idala kwaye yongeze iipateni zokutshiza zesibophelelo kushicilelo oluyimpumelelo kunye nokuntywila.
Ukuqhutywa komsebenzi wesoftware kwizitudiyo zedesktop zesinyithi ukulawula indalo eyinxenye ukusuka kwimodeli yedijithali ukuya kwinxalenye ye-sintered.
Ujongo olunzulu kwindlela yoshicilelo lwesinyithi lwe-3D oluchaphazela ngayo ishishini kunye neengcebiso zokusebenzisa iteknoloji.
Funda ngakumbi malunga nendlela abashicileli bentsimbi ye-3D yedesktop esebenza ngayo kunye nendlela abanokukunceda ngayo ukwenza iindawo zentsimbi yesiko.
Ushicilelo lwe-inkjet ye-3D yeBinder isebenzisa itekhnoloji ye-Triple ACT enelungelo elilodwa lomenzi, enikezela ngomgangatho ophezulu womphezulu kunye nemathiriyeli ekhethekileyo kubandakanya isinyithi kunye neeseramikhi.
Yasekwa ngo-2021, izimisele ukubonelela ngoshicilelo lwe-3D kunye nezisombululo ze-biomanufacturing ukuqhubela phambili uphuhliso lwezempilo lomntu.
Yasekwa ngo-1995, izibophelele ekuboneleleni ngezisombululo zoshicilelo lwesanti ye-3D yemizi-mveliso yeziseko kunye nokungunda.
Okokuqala-of-uhlobo lwayo yorhwebo kwi-imfuno sheet metal ukwenza iqonga ngqo kwiifayile zedijithali.
Yasekwa ngo-2019, ijonge ukwakha ikamva eliluhlaza kunye nemithi eprintiweyo ye-3D evela kwimijelo emibini yenkunkuma: i-sawdust kunye ne-lignin.
Itekhnoloji yethu iyasebenza kwinsimbi engenasici, intsimbi ephantsi, intsimbi yesixhobo, kunye nobhedu, i-nickel alloys, isinyithi esixabisekileyo, njl.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lweepolymers, kubandakanya i-elastomers ezikumgangatho ophezulu ukusuka kwi-Adaptive3D, ETEC kunye namaqabane ahamba phambili emhlabeni.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lwe-quartz efunyenweyo kunye nesanti ye-ceramic yokuphosa ukubumba kunye neecores.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lweekeramics, ukusuka kwi-silicon kunye ne-carbon carbide ukuya kwi-tungsten carbide kunye ne-cobalt.
Itekhnoloji yethu isebenza ngoluhlu olubanzi lwezinto ezidibeneyo, kubandakanya i-carbon fiber kunye ne-glass fibre izinto eziqinisiwe ezifana ne-PEEK, i-PEKK, inayiloni kunye nabanye.
Yasekwa ngo-2015, inkampani iphuhlisa ukusebenza okuphezulu kwe-3D resins zoshicilelo ezibonelela ngeempawu zezinto eziguqukayo ezifunekayo kwiimveliso zokuphela. I-DuraChain™ 2-in-1 umenzi wefotopolymer.
Yasekwa ngo-2019 ukudala ikamva eliluhlaza kunye nemithi eprintiweyo ye-3D evela kwimijelo emibini yenkunkuma: i-sawdust kunye ne-lignin.
Isoftware ekulula ukuyisebenzisa idala kwaye yongeze iipateni zokutshiza zesibophelelo kushicilelo oluyimpumelelo kunye nokuntywila.
Ukuqhutywa komsebenzi wesoftware kwizitudiyo zedesktop zesinyithi ukulawula indalo eyinxenye ukusuka kwimodeli yedijithali ukuya kwinxalenye ye-sintered.
Ujongo olunzulu kwindlela yoshicilelo lwesinyithi lwe-3D oluchaphazela ngayo ishishini kunye neengcebiso zokusebenzisa iteknoloji.
Funda ngakumbi malunga nendlela abashicileli bentsimbi ye-3D yedesktop esebenza ngayo kunye nendlela abanokukunceda ngayo ukwenza iindawo zentsimbi yesiko.
● I-Figur G15 isebenzisa iteknoloji ye-Digital Sheet Metal Forming (DSF) enelungelo elilodwa lomenzi, apho iintloko ze-ceramic ezilawulwa yi-gantry zenza i-standard sheet metal zibe ngamalungu afikelela kwi-2,000 yeepounds zamandla.
● Umzobo we-G15 unobungakanani obukhulu bephepha le-1600 x 1200 mm (63.0 x 47.2 in.) kwaye unokuvelisa iinxalenye ezinobunzulu be-Z ukuya kuma-400 mm (16 in.) ngaphandle kwesidingo sezixhobo ezingezizo eziqhelekileyo, ziyafa. , uyafa okanye ucinezele
● I-G15 ixhasa ukubunjwa kwesinyithi kunye neshiti lobunzima obahlukeneyo, kuquka intsimbi ukuya kwi-2.0mm ubukhulu kunye ne-aluminium ukuya kwi-2.5mm ubukhulu.
● I-G15 ivelisa umgangatho ophezulu wokugqiba umphezulu ofuna ukugqithiswa kwe-post-processing.
● Abavelisi ngoku baneendlela ezikhuphisanayo zokuhambisa ngokukhawuleza iinxalenye ezibunjiweyo kunye neemveliso zentsimbi ngaphandle kokuqaliswa okuphezulu kunye neendleko zophuhliso eziqhelekileyo ezinxulumene nokwenziwa kwamaphepha esinyithi.
● Umfanekiso we-G15 uya kuboniswa kwi-IMTS 2022 e-Chicago kunye nemiboniso ephilayo ecwangcisiweyo rhoqo kusasa nasemva kwemini kwi-Tabletop Metal booth 432212.
I-BOSTON - (I-WIRE YOSHISHINO) - I-Desktop Metal, Inc. (NYSE: DM), inkokeli yehlabathi kwi-additive production mass production technologies, namhlanje ibhengeze ukukhululwa kwe-Figur G15, eyokuqala yohlobo lwayo ukwenza iqonga eliqhelekileyo lokuthengisa. Iqonga lisebenzisa ubuchwepheshe obutsha be-Digital Sheet Forming (DSF) ukuze kuqhutywe i-sheet metal ngokufunwa ngokuthe ngqo kwiifayile zoyilo lwedijithali ngaphandle kokubethelwa kwezixhobo, iipunch, iipunch okanye ukushicilela.
Olu shicilelo lweendaba lusebenzisa imultimedia. Jonga umba opheleleyo apha: https://www.businesswire.com/news/home/20220907005468/en/
I-Figur G15 isebenzisa ubuchwepheshe obutsha be-Desktop Metal's Digital Sheet Forming (DSF) ukudala amanani esinyithi afunekayo kwiifayile zedijithali. Umzobo we-G15 unokuqhuba iintlobo zetsimbi ezifana nentsimbi kunye ne-aluminium, ukuphelisa isidingo sezixhobo ezibizayo, ukufa, ukubunjwa okanye ukushicilela kunye namaxesha amade. (Ifoto: Ucingo lweshishini)
Ngelixa izixhobo zokusika idijithali zixhaphakile namhlanje kwaye zizisa izibonelelo ezininzi kwi-300 yeebhiliyoni zeedola zokwenziwa kwamaphepha esinyithi kunye neshishini lokwenziwa, akukho sisombululo sokwenza iphepha lesinyithi sedijithali esiye sabona ukusetyenziswa kwezorhwebo ngokubanzi. Phantse zonke izisombululo zokuveliswa ngokukhawuleza kweengxenye zentsimbi zifuna izixhobo ezingezizo eziqhelekileyo, ezifayo okanye ezifayo, ezidla ngokudla ixesha kunye neendleko zokwenziwa.
Ubuchwephesha be-DSF obuphambili be-Figur busebenzisa indlela yokubumba inyathelo-nge-nyathelo kunye noyilo lwebhokisi ye-patent ye-patent eyanciphisa ukuhanjiswa kwamandla kwiphepha ngexesha lokubumba, ngaloo ndlela iqinisekisa ukuchaneka okuphezulu. Esi sisombululo sikhethekileyo sisusa iindleko eziphezulu zokuqalisa kunye namaxesha amade ahamba phambili adityaniswa nezixhobo ezingekho mgangathweni, uyafa kwaye uyafa, uvula izibonelelo zedijithali kubenzi bentsimbi, ukwandisa ubuchule babo boshishino kunye nokwenza i-sheet metal forming ifikeleleke kwiibhetshi ezahlukeneyo. yezicelo ezitsha.
"Emva kweminyaka emininzi yophuhliso, siyavuya ukuzisa itekhnoloji yethu yokwenza itekhnoloji yedijithali kwi-metal fabricators," utshilo uRick Fulop, umseki kunye ne-CEO yeDesktop Metal. "Ukubumba i-sheet sheet kunye ne-Figur G15 ilungile, iguquguquka kwaye inexabiso elisebenzayo nakwiibhetshi ezincinci. Abavelisi kwimizi-mveliso yeemoto, i-aerospace, amakhaya nakwamanye amashishini ngoku banokuvelisa iinxalenye ezakhiwe ngokupheleleyo ngaphandle kokutyala ixesha nemali eninzi.”
Ixhotyiswe ngentloko yesixhobo se-ceramic elawulwa yisoftware kwi-gantry ye-XY, i-Figur G15 isebenzisa ukuya kuthi ga kwi-2,000 yeeponti zamandla ukubumba ngokuqhubekayo amashiti esinyithi amakhulu ngokwemaleko. Ngendawo yokusebenza ye-X kunye ne-Y ye-1450 x 1000 mm (57 x 39 in.), i-Figur G15 inomshini weemilo ezintle kunye nezibi ukuya kwi-400 mm (16 in.) kwicala elithe nkqo le-Z. ukuya kuthi ga kwi-2.0 mm kunye ne-aluminiyam ukuya kwi-2.5 mm ubukhulu.
Ividiyo ebonisa ukuveliswa kwenxalenye ye-Figur G15 inokujongwa kwi-Figur.desktopmetal.com, apho abavelisi banakho uku-odola kwangaphambili inkqubo.
I-Desktop Metal iya kubonisa ipotifoliyo yayo ye-AM 2.0 engaphezulu kwe-350 ye-3D eprintiweyo yesinyithi, i-resin, isanti kunye neenxalenye zokhuni kumagumbi amabini kumgangatho we-3 we-West Building kwi-International Manufacturing Technology Show.
Ibanjwe ngoSeptemba 12 ukuya kwi-17 eMcCormick Place e-Chicago, i-IMTS ngowona mboniso mkhulu kunye nowona mde kakhulu wezorhwebo kwiNtshona yeHemisphere.
● Umzobo we-G15 uya kubonisa iteknoloji entsha ye-Digital Sheet Forming (DSF) yensimbi, i-aluminium kunye nezinye izinto. Imiboniso ephilayo ibanjwa kabini ngemini ngo-10:00 kunye no-15:00 kwi-boot #432212.
● I-Shop System™, ngoku iyeyona ithengiswa kakhulu ehlabathini isixokelelwano sokuqhushumba kwebhondi yentsimbi, ibonelela ngobume obutsha kubasebenzisi abakwizinga eliphezulu, kuquka iShop System+ kunye neShop System Pro. Desktop Metal 433103 kunye SolidCAM 134502 kwisakhiwo empuma.
Ixesha lokuposa: Aug-22-2023