Intshayelelo
Yintoni i-CNC Welding?
I-YAG (yttrium aluminium garnet ene-neodymium) welding yindlela yokuwelda yelaser eqinileyo enobude obude1.064 µm.
Igqwesa kakhuluukusebenza kakuhle kakhuluukuwelda ngesinyithi kwayeisetyenziswa kakhulukwimizi-mveliso yeemoto, yeenqwelo-moya, neye-elektroniki.
Uthelekiso lweFiber Laser Welding
| Into yokuthelekisa | Umatshini wokuWelda weFiber Laser | Umatshini wokuwelda we-YAG Laser |
| Izinto eziyinxalenye yesakhiwo | Ikhabhinethi + iChiller | Ikhabhinethi + Ikhabhinethi yoMbane + iChiller |
| Uhlobo lokuWelda | Ukuwelda Kokungena Okunzulu (Ukuwelda Kwemingxunya Engundoqo) | Ukuwelda koQhubo lobushushu |
| Uhlobo lweNdlela yoBuchule | Indlela Eqinileyo/Ethambileyo Yokubona (ngokudluliselwa kwefayibha) | Indlela Eqinileyo/Ethambileyo Ebonakalayo |
| Imo yokuPhuma kweLaser | Ukuwelda kweLaser okuqhubekekayo | Ukuwelda ngeLaser etyhalwayo |
| Ulondolozo | - Akukho zinto zisetyenziswayo - Akukho mfuneko yokugcinwa - Ubomi obude | - Ifuna ukutshintshwa kwesibane rhoqo (rhoqo emva kweenyanga ezi-4) - Ukugcinwa rhoqo |
| Umgangatho weBeam | - Umgangatho ophezulu wemitha (usondele kwimo esisiseko) - Uxinano lwamandla aphezulu - Ukusebenza kakuhle kokuguqula i-photoelectric (izihlandlo ezininzi kune-YAG) | - Umgangatho wemitha ophantsi - Ukusebenza okubuthathaka kokugxila |
| Ubungqingqwa bezinto ezisebenzayo | Ifanelekile kwiipleyiti ezityebileyo (>0.5mm) | Ifanelekile kwiipleyiti ezincinci (<0.5mm) |
| Umsebenzi weNgxelo yaMandla | Ayifumaneki | Ixhasa impendulo yamandla/yangoku (Ihlawulela ukuguquguquka kwamandla ombane, ukuguga kwesibane, njl.njl.) |
| Umgaqo Wokusebenza | - Isebenzisa i-fiber e-rare-earth-doped (umz., ytterbium, erbium) njenge-gain medium - Umthombo wepompo uvuselela utshintsho lwamasuntswana; i-laser idlulisela ngefayibha | - Ikristale yeYAG njengesixhobo esisebenzayo - Ziphonswa zizibane ze-xenon/krypton ukuze zivuse ii-ion ze-neodymium |
| Iimpawu zeSixhobo | - Ulwakhiwo olulula (akukho mingxunya ye-optical eyinkimbinkimbi) - Iindleko zokulungisa eziphantsi | - Ixhomekeke kwizibane ze-xenon (ixesha elifutshane lokuphila) - Ulondolozo oluntsonkothileyo |
| Ukuchwela ngokuchanekileyo | - Amabala amancinci okuwelda (inqanaba le-micron) - Ilungele usetyenziso oluchanekileyo (umz., izixhobo ze-elektroniki) | - Iindawo ezinkulu zokuwelda - Ifanelekile kwizakhiwo zesinyithi ngokubanzi (iimeko ezigxile kumandla) |
Umahluko Phakathi kweFiber kunye neYAG
Ufuna Ukwazi Okungakumbi MalungaUkuwelda ngeLaser?
Qala Incoko Ngoku!
Imibuzo ebuzwa rhoqo
I-YAG, emele i-yttrium-aluminium-garnet, luhlobo lwe-laser evelisa imisebe etyhalwayo emfutshane, enamandla aphezulu okuwelda ngesinyithi.
Ikwabizwa ngokuba yi-neodymium-YAG okanye i-ND-YAG laser.
I-laser ye-YAG ikwabonelela ngamandla aphezulu kwii-laser ezincinci, nto leyo evumela ukuwelda nge-optical spot size enkulu.
I-YAG inika iindleko eziphantsi kwangaphambili kunye nokufaneleka okungcono kwezixhobo ezincinci, nto leyo eyenza ukuba ilungele iiworkshop ezincinci okanye iiprojekthi ezijongana nebhajethi.
Izinto ezisebenzayo
Iintsimbi: Ii-alloys ze-aluminium (iifreyimu zeemoto), intsimbi engatyiwayo (izinto zasekhitshini), i-titanium (izinto ze-aerospace).
Izixhobo zombane: Iibhodi zePCB, izihlanganisi ze-microelectronic, izindlu zesensor.
Umzobo weNkqubo yokuWelda yeLaser yeYAG
Umatshini wokuwelda we-YAG Laser
Izicelo eziqhelekileyo
Iimoto: Ukuwelda iithebhu zebhetri, ukudibana kwezinto ezilula.
Inqwelo-moya: Ukulungiswa kwesakhiwo esineendonga ezincinci, ukulungiswa kweebhleyidi zeturbine.
Izixhobo zombane: Ukuvalwa kwezixhobo ezincinci nge-hermetic, ukulungiswa kweesekethe ezichanekileyo.
Iividiyo Ezinxulumeneyo
Apha ziNtlanuiinyani ezinomdla malunga nokuwelda nge-laser osenokungazazi, ukusuka ekudityanisweni kwemisebenzi emininzi yokusika, ukucoca, kunye nokuwelda kumatshini omnye ngeswitshi elula, ukuya ekongeni iindleko zegesi zokukhusela.
Nokuba usandul' ukuqala ukuwelda nge-laser okanye uchwephesha onamava, le vidiyo ikunika ithubaokungalindelekangaIingcinga zokuwelda nge-laser eziphathwa ngesandla.
Ncoma oomatshini
Amandla eLaser: 1000W
Amandla Jikelele: ≤6KW
Amandla eLaser: 2000W
Amandla Jikelele: ≤10KW
Ixesha leposi: Epreli-18-2025