Namuhla ngibheka iphrinta ye-3D ebengingakaze ngiyibone ngaphambili, i-Incus Hammer Lab35.
Isendlalelo se-Incus
I-Incus isuselwe ku-Lithoz ese-Austria, abenze kahle kakhulu ngomugqa wabo wamaphrinta we-ceramic 3D. Manje kubonakala sengathi basebenzise ubuchwepheshe babo ukukhiqiza iphrinta yensimbi ye-3D ekwaziyo ukubonakala bushelelezi ngendlela emangalisayo.
Ukuphrinta kwe-LMM 3D
Inqubo yokuphrinta ye-Incus metal 3D iyabanda; okungukuthi, akudingi amazinga okushisa aphezulu asetshenziswa ngokujwayelekile ukuncibilikisa impuphu yensimbi kwezinye izinhlelo zokuphrinta zensimbi ze-3D. Inqubo ebandayo, u-Incus ayibiza nge- “Lithography-based Metal Manufacturing”, noma i- “LMM”, ikhiqiza ingxenye “eluhlaza”, okuyinhlanganisela yempuphu yensimbi ne-binder.
Ukulandelana kokuphrinta kufana nezinqubo eziningi zemibhede yempuphu, efaka amakamelo amabili. I-piston iphusha inani lezinto ezibonakalayo, ezibekwe ngokucophelela ngaphezulu kwegumbi lesibili ngensingo.
Nayi ividiyo emfushane ebonisa inqubo ye-LMM isebenza:
Iphrojektha ye-DLP ngokukhetha ikhanyisa indawo entsha ebonakalayo, ibangele ukuqiniswa kwesibopho futhi ngaleyo ndlela yakhe izingqimba zento. Le nqubo iyaphinda kuze kuphele ingxenye eluhlaza.
Ingxenye eluhlaza bese iba nokwelashwa ngemuva kokucubungula lapho kususwa khona isibopho bese izinhlayiya zensimbi zihlanganiswa ndawonye ukwakha into eqinile ngokuphelele. U-Incus uthi izingxenye ezivelayo zisezingeni elifanayo kuzinqubo ezijwayelekile zokujola ngensimbi (MIM). Leli shadi liqhathanisa amandla wezingxenye ze-LMM vs izingxenye ezifakiwe ezifakiwe:
Imiphumela iyamangalisa. Nasi isithombe sesithombe esincane esikhombisa okuhle kakhulu ebusweni. Qaphela uluthi lukamentshisi ngosayizi:
Lokhu kukhombisa isikali iHammer Lab35 esebenza kuso: akuyona iphrinta enkulu ye-3D, futhi ivolumu yayo yokwakha ingu-89.6 x 56 x 120 mm kuphela, incane kakhulu kunamaphrinta we-metal 3D aqhathaniswa. Kepha iHammer Lab35 ikwenzela lokho ngesinqumo esinyukile sokuphrinta.
Injini yokukhanyisa ye-DLP inikeza uxhaxha lwamaphikseli angama-2560 x 1600, agxile phansi ngamalensi afinyelela ku-0.035mm ngosayizi. Nakhu ukuthi iHammer Lab35 ikufinyelela kanjani ekugcineni kobuso obuhle.
U-Incus uthi osayizi bengqimba bangaba bakhulu njengo-0.1mm, okuvame ukuba ngosayizi omncane kakhulu kwamanye amaphrinta e-3D. Izendlalelo ezincane kunazo zonke ezikhiqizwayo ku-Hammer Lab35 zingu-0.01mm kuphela, okuncane kakhulu impela.
IHammer Lab35 iyakwazi ukuphrinta izingqimba ngokushesha njengomzuzu owodwa lilinye, noma kuze kufike kumasentimitha angama-cubic amashumi amahlanu ento ngehora. Kokuphrinta okuncane njengoba kungenziwa kule divayisi, lelo jubane kufanele livumele ukuguquka okusheshayo.
Incus Hammer Lab35 Post-Ukucubungula
Esinye sezici ezingajwayelekile zedivayisi ukuthi impuphu engasetshenziswanga isuswa kanjani. Kubukeka sengathi kuncibilikile, noma okungenani kubonakala kanjalo kuvidiyo yabo:
Angikaze ngiyibone into enjengale, kepha ngokuqinisekile izokwenza kube lula ukucubungula okuthunyelwe. Amasistimu ajwayelekile asuselwa ku-powder kufanele akhathazeke ngempuphu evulekile futhi ngalokho adinge izindawo ezivaliwe futhi kwesinye isikhathi ngisho namasudi okuphepha ukuvikela opharetha.
Okushiwo yile vidiyo ukuthi okokusebenza kuyaqina, kepha kuphela izindawo ezikhanyisiwe ezikhetha into yokugcina. Angiqiniseki ukuthi i-Incus ikwenza kanjani lokhu, kepha impela inqubo ethokozisayo.
IHammer Lab35 kubukeka sengathi ibekelwe amalebhu akhiqiza izingxenye ezincane zensimbi noma ama-prototypes. Ngeke ngithi ngumshini wokukhiqiza ngenxa yevolumu yokwakha encane, kepha ngokuqinisekile kuzoba wusizo ezimeni eziningi zocwaningo.
