Intshayelelo
Yintoni i-CNC Welding?
I-CNC(Ulawulo lweenombolo zekhompyutha) Ukuwelda yintophambiliindlela yokuvelisa esebenzisaicwangciswe kwangaphambiliisoftware yokwenza imisebenzi yokuwelda ibe ngokuzenzekelayo.
Ngokudibanisaiingalo zerobhothi, iinkqubo zokubeka indawo eziqhutywa yi-servokunyeulawulo lwempendulo yexesha langempela, ifezekisaukuchaneka kunye nokuphindaphinda kwinqanaba le-micron.
Amandla ayo angundoqo aquka ukuziqhelanisa nejometri ezintsonkothileyo, ukwenziwa kweeprototype ngokukhawuleza, kunye nokuhlanganiswa okungenamthungo kunyeI-CAD/CAMiinkqubo.
Isetyenziswa kakhulu kwimizi-mveliso yeemoto, yeenqwelo-moya, ye-elektroniki, kunye neyemishini enzima.
Iingenelo
Ukuchaneka kunye nokuphindaphinda: Iindlela zokuwelda ezinokucwangciswa ngobuchule obuyi-≤±0.05mm, zilungele uyilo oluntsonkothileyo kunye nezinto ezinyamezelayo kakhulu.
Ukuguquguquka kwe-Multi-Axis: Ixhasa iinkqubo zokuhamba ze-5-axis okanye ze-6-axis, ivumela ukuwelda kwiindawo ezigobileyo nakwiindawo ezingenakufikeleleka.
Ukusebenza ngokuzenzekelayo: Ukusebenza iiyure ezingama-24 ngosuku, iintsuku ezisixhenxe ngeveki, kunye nexesha elincinci lokungasebenzi, okunciphisa amaxesha okujikeleza nge-40%-60% xa kuthelekiswa nokuwelda ngesandla.
Ukuguquguquka kwezinto: Iyahambelana neentsimbi (i-aluminium, i-titanium), izinto ezidityanisiweyo, kunye nee-alloys ezibonisa ukukhanya okuphezulu ngokulawula iiparameter eziguquguqukayo.
Ukulinganisa Okusebenzayo Ngeendleko: Inciphisa ukuxhomekeka kwabasebenzi kunye namazinga okuphinda usebenze (iziphene <1%), inciphisa iindleko zokusebenza zexesha elide.
Ukubeka esweni ngexesha langempela: Izinzwa ezidityanisiweyo kunye nohlalutyo oluqhutywa yi-AI zifumanisa ukuphambuka (umz., ukuphazamiseka kobushushu) kunye neeparameter zokulungisa ngokuzenzekelayo.
Ufuna Ukwazi Okungakumbi MalungaUkuwelda ngeLaser?
Qala Incoko Ngoku!
Imibuzo ebuzwa rhoqo
Oomatshini bokuwelda be-CNC, ezikwabizwa ngokuba ziimashini zokuwelda zeComputer Numerical Control, ziye zaguqula indlela eziwelda ngayoukuzenzekela, ukuchaneka, kunye nokusebenza kakuhle.
Besebenzisa iinkqubo zekhompyutha kunye neendlela eziphambili zerobhothi, aba matshini banikezela ngendlela egqwesileyoukuchaneka kunye nokuhambelana.
Inkqubo iqala ngoI-CAD/CAMisoftware yokuyila i-weld, ethi emva koko iguqulelwe kwiifundeka ngomatshiniimiyalelo.
Umatshini we-CNC uphumeza le miyalelo ngokuchanekileyo, ulawula iintshukumo zetotshi yokuwelda kunye nombane ophumayo, uqinisekisaukusebenza kakuhle kunye nokuphindaphinda.
Kwi-CNC machining, isoftware yekhompyutha ecwangcisiweyo kwangaphambili ilawula ukuhamba kweizixhobo zoshishino kunye noomatshini.
Le teknoloji inokulawula iintlobo ngeentlobo zeizixhobo ezintsonkothileyo, kuquka iigrinder, iilathe, oomatshini bokugaya, kunyeI-CNCii-routers.
Umatshini wokugaya i-CNC wenza kube lula ukugqibaimisebenzi yokusika enamacala amathathukunye neseti enye yemiyalelo.
Izicelo
Ukuveliswa kweeMoto
Umzimba Omhlophe: Ukuwelda iifreyimu zeemoto kunye neephaneli zeengcango nge-CNC kusetyenziswa iindlela ezikhokelwa yi-CAD ukuze kubekho imithungo efanayo yokuwelda.
Iinkqubo zePowertrain: Ukuwelda ngokuchanekileyo kwegiya zokuhambisa kunye nee-turbocharger housings ezinokuphindaphindwa kwe-0.1mm.
Iipakethi zeebhetri ze-EV: Ukuwelda kwe-laser CNC kweendawo ezibiyelweyo zebhetri ye-aluminiyam ukuqinisekisa ukusebenza okungenako ukuvuza.
Isakhelo somnyango wemoto
Icandelo le-PCB
Ukuveliswa kwee-elektroniki
Ukuwelda okuncinci: Ukudityaniswa kakuhle kakhulu kwezinto ze-PCB ngokuchanekileyo kwe-10µm.
Ukuvalelwa kweSensor: Ukuvalwa kwezixhobo ze-MEMS nge-hermetic kusetyenziswa i-pulsed TIG welding elawulwa ziinkqubo ze-CNC.
Izixhobo ze-elektroniki zabathengi: Ukudibanisa iihinji zefowuni kunye neemodyuli zekhamera ngoxinzelelo oluncinci lobushushu.
Ishishini leenqwelo-moya
IiSpars zeNqwelo-moya: Ukuwelda kwe-multi-pass CNC ye-titanium alloy spars ukuhlangabezana nemigangatho yokumelana nokudinwa ye-FAA.
IiNozzles zeRocket: Ukuwelda okuzenzakalelayo kwe-orbital kwee-nozzles ze-Inconel ukuze kusasazwe ubushushu obufanayo.
Ukulungiswa Kwezinto: Ukulungiswa kweeblade zeturbine okukhokelwa yi-CNC ngokufakwa kobushushu okulawulwayo ukuthintela ukuqhekeka okuncinci.
Indlu yeTurbocharger
Isikere sokuWelda esigobileyo
Ukuveliswa kwezixhobo zonyango
Izixhobo Zotyando: Ukuwelda kwe-laser CNC kwezixhobo zentsimbi engagqwaliyo ngobuchule obuyi-0.02mm.
Izimila: Ukuwelda okuhambelana ne-biocompatible kwe-cobalt-chromium stents kusetyenziswa isikhuselo segesi esingasebenziyo ukumelana nokugqwala.
Iimashini zokuxilonga: Ukuhlanganiswa okungenamthungo kweendawo ze-MRI coil ezingenazo iinxalenye ezingcolisayo.
Iinkqubo zamandla kunye namandla
Iikhoyili zeTransformer: Ukuwelda kwe-CNC yokumelana nee-copper windings ukuze kube lula ukuqhuba umbane.
Iifreyimu zePaneli yeSolar: Ukuwelda kwe-MIG yerobhothi yeefreyimu ze-aluminiyam ezinobungqingqwa bomthungo obuyi-99%.
Isakhelo sePaneli yeSolar
Iividiyo Ezinxulumeneyo
Ukuwelda ngeLaser vs Ukuwelda ngeTIG
Ingxoxo iphelileI-MIG xa ithelekiswa ne-TIGUkuwelda kuqhelekile, kodwa ukuwelda ngeLaser ngokuchasene nokuwelda ngeTIG ngoku yingongoma ethandwayo.
Le vidiyo inika ulwazi olutsha ngolu thelekiso. Igubungela iinkalo ezahlukeneyo ezifanaukucoca kwangaphambili kokuwelda, iindleko zokukhusela igesikuzo zombini iindlela,inkqubo yokuweldakunyeamandla okuwelda.
Nangona iteknoloji intsha, ukuwelda nge-laser kuyasebenzaElulaukufunda. Ngombane ofanelekileyo, ukuwelda nge-laser kunokufikelela kwiziphumo ezifanayo nokuwelda nge-TIG.
Xa useto lobuchule kunye namandlaichanekile, ukuwelda intsimbi engagqwaliyo okanye i-aluminium kubangqo.
Ncoma oomatshini
Amandla eLaser: 1000W
Amandla Jikelele: ≤6KW
Amandla eLaser: 2000W
Amandla Jikelele: ≤10KW
Ixesha leposi: Epreli-22-2025