Kodwa-ke, i-laser welding inesimiso sokusebenza esihlukile. Isebenzisa ukushisa okuphezulu okuvela ekukhanyeni kwe-laser ukuphazamisa izakhiwo ze-molecule ngaphakathi kwezingcezu ezimbili zensimbi ukuze ama-molecule azohlelwa kabusha futhi lezi zingcezu ezimbili zamapuleti ensimbi abe ucezu oluphelele.
Ukuze uthole ukushisela okuvamile okuvame ukubhekisela ekushiseleni amabala, umgomo wawo wokusebenza uwukucwilisa insimbi futhi insimbi encibilikisiwe izoxhuma ndawonye ngemva kokupholisa. Umzimba wemoto uqukethe izingcezu ezi-4 zamapuleti ensimbi futhi lawa mapuleti ensimbi axhunywe ngalezi zindawo zokushisela
Kodwa-ke, i-laser welding inesimiso sokusebenza esihlukile. Isebenzisa ukushisa okuphezulu okuvela ekukhanyeni kwe-laser ukuphazamisa izakhiwo ze-molecule ngaphakathi kwezingcezu ezimbili zamapuleti ensimbi ukuze ama-molecule azohlelwa kabusha futhi lezi zingcezu ezimbili zamapuleti ensimbi zibe ucezu lonke.
Ngakho-ke, ukushiswa kwe-laser ukwenza izingcezu ezimbili zibe munye. Uma kuqhathaniswa ne-welding evamile, i-laser welding inamandla aphezulu
Kunezinhlobo ezimbili zamalaser anamandla aphezulu asetshenziswa ekushiseleni ngelaser - i-CO2 laser kanye ne-solid-state/fiber laser. Ubude begagasi be-laser yangaphambili bucishe bube ngu-10.6μm kanti eyokugcina icishe ibe ngu-1.06/1.07μm. Lezi zinhlobo ze-laser zingaphandle kwebhendi ye-infrared wave, ngakho-ke azikwazi ukubonakala ngamehlo omuntu
Yiziphi izinzuzo ze-laser welding?
I-laser welding ine-deformation encane, isivinini esikhulu sokushisela futhi indawo yayo yokushisa igxilile futhi iyalawuleka. Uma kuqhathaniswa ne-arc welding, ububanzi bendawo yokukhanya kwe-laser bungakwazi ukulawula ngokunembile. Indawo yokukhanya evamile ethunyelwa endaweni ebonakalayo icishe ibe ngu-0.2-0.6mm ububanzi. Lapho iseduze nendawo ephakathi nendawo yokukhanya, kuzoba namandla amaningi. Ububanzi be-weld bungalawulwa ngaphansi kuka-2mm. Kodwa-ke, ububanzi be-arc be-arc welding abukwazi ukulawulwa futhi bukhulu kakhulu kunobubanzi bendawo yokukhanya kwe-laser. Ububanzi be-weld be-arc welding (ngaphezulu kuka-6mm) bukhulu futhi kune-laser welding. Njengoba amandla avela ku-laser welding agxile kakhulu, izinto ezincibilikile zincane, ezidinga amandla amancane okushisa. Ngakho-ke, i-welding deformation incane ngesivinini esisheshayo se-welding
Uma uqhathanisa nokushisela indawo, anjani amandla okushisela nge-laser? Nge-laser welding, i-weld iwumugqa omncane futhi oqhubekayo kuyilapho ukushisela kokushisela amabala kuwumugqa wamachashazi ahlukene. Ukwenza kucace kakhudlwana, i-weld esuka ku-laser welding ifana nezip yejazi kuyilapho i-weld esuka endaweni yokushisela ifana nezinkinobho zejazi. Ngakho-ke, i-laser welding inamandla amakhulu kune-spot welding
Njengoba kushiwo ngaphambili, umshini wokushisela we-laser osetshenziswa ekushiseleni umzimba wemoto ngokuvamile usebenzisa i-CO2 laser noma i-fiber laser. Kungakhathaliseki ukuthi iyini i-laser, ijwayele ukukhiqiza inani elikhulu lokushisa. Futhi njengoba sonke sazi, ukushisa ngokweqile kungaba yinhlekelele kule mithombo ye-laser. Ngakho-ke, umshini wokuwandisa amanzi wezimboni uvamise ukuba KUFANELE. S&I-Teyu ihlinzeka ngezinhlobonhlobo zezimboni zokupholisa amanzi kabusha ezilungele izinhlobo ezahlukene zemithombo ye-laser, okuhlanganisa i-CO2 laser, i-fiber laser, i-UV laser, i-laser diode, i-ultrafast laser njalonjalo. Ukunemba kokulawula izinga lokushisa kungafika ku-±0.1℃. Thola i-laser water chiller yakho ekahle https://www.teyuchiller.com
