Inkqubo yokuwelda nge-laser ephathwa ngesandla ibisoloko ithandwa kakhulu kwizixhobo zokuwelda nge-laser kwiminyaka embalwa edlulileyo. Igxile kwizinto ezinkulu zokusebenza ezibekwe kumgama omde. Iguquguquka kangangokuba umda wendawo awuseyingxaki kwaye ithatha indawo yendlela yokukhanya yendabuko. Ke ngoko, inkqubo yokuwelda nge-laser ephathwayo yenza ukuwelda okuhambayo kwangaphandle kube yinyani.
Umgaqo wenkqubo yokuwelda nge-laser ephathwayo kukubeka ukukhanya kwe-laser enamandla aphezulu kumphezulu wento yokusebenza. I-laser kunye nezinto ziya kusebenzisana ukuze ingaphakathi lezinto linyibilike lize liphole libe ngumgca wokuwelda. Olu hlobo lokuwelda lunomgca wokuwelda othambileyo, isantya sokuwelda esikhawulezayo, ukusebenza lula kwaye akukho zinto zifunekayo. Kwi-welding yesinyithi esincinci, inkqubo yokuwelda nge-laser ephathwayo inokuthatha indawo ye-TIG yendabuko.
Kukho iingenelo ezimbalwa zenkqubo yokuwelda yelaser ephathwayo
Uluhlu lwe-welding olubanzi lwe-1.
Ngokubanzi, inkqubo yokuwelda nge-laser ephathwayo ixhotyiswe ngomgca wefayibha owandisiweyo we-10m, ovumela ukuwelda okungabonakaliyo kumgama omde;
2. Ukuguquguquka okuphezulu
Inkqubo yokuwelda nge-laser ephathwa ngesandla idla ngokuxhotyiswa ngamavili e-caster, ukuze abasebenzisi bayishukumise naphi na apho bafuna khona;
3. Iintlobo ezininzi zokuwelda
Inkqubo yokuwelda yelaser ephathwa ngesandla inokufezekisa ukuwelda kwanoma yiyiphi na i-engile kwaye ikwazi nokusika amandla amancinci logama nje abasebenzisi betshintsha umlomo webrass wokuwelda ngomlomo webrass wokusika.
4. Ukusebenza kakuhle kwe-welding
Umatshini wokuwelda we-laser ophathwa ngesandla unendawo encinci echaphazela ubushushu, ubunzulu obuphezulu bokuwelda, umgca wokuwelda othambileyo ngaphandle kokucutshungulwa emva kokusetyenziswa.
Xa ithelekiswa ne-TIG welding, inkqubo yokwela i-laser ephathwa ngesandla iyakwazi ukwenza ukuwelda kweentsimbi ezahlukeneyo ngesantya esikhawulezayo, ukuguquguquka okuncinci, ukuchaneka okuphezulu, okusebenza ekuweldaniseni iindawo ezincinci nezichanekileyo. Kwaye ezi azinakufezekiswa nge-TIG welding. Ngokuphathelele ukusetyenziswa kwamandla, inkqubo yokwela i-laser ephathwa ngesandla yisiqingatha kuphela se-TIG welding, oko kuthetha ukuba iindleko zemveliso zinokuncipha ngama-50%. Ukongeza, inkqubo yokwela i-laser ephathwa ngesandla ayifuni ukucutshungulwa emva kokulungiswa, nto leyo ekwasindisa iindleko. Ke ngoko, kukholelwa ukuba inkqubo yokwela i-laser ephathwa ngesandla iya kuthatha indawo yokwela i-TIG kwaye isetyenziswa ngakumbi nangakumbi kushishino lokucubungula isinyithi.
Uninzi lwenkqubo yokuwelda yelaser ephathwa ngesandla iqhutywa yilaser yefayibha ye-1000W-2000W. Ilaser yefayibha kolu luhlu lwamandla idla ngokuvelisa ubushushu obuninzi. Ukuqinisekisa ukusebenza okuqhelekileyo kwenkqubo yokuwelda yelaser ephathwa ngesandla, umthombo wayo welaser yefayibha kufuneka upholiswe ngokufanelekileyo. I-S&A Teyu yenza ii-RMFL series water chillers ezenzelwe ngokukodwa inkqubo yokuwelda yelaser ephathwa ngesandla kwaye inoyilo lwe-rack mount. Ezi rack mount chillers zixhotyiswe nge-level check elula ukuyifunda kunye ne-water fill port elula, ebonelela ngokulula kakhulu kubasebenzisi. Uzinzo lobushushu bezi yunithi ze-laser chillers lufikelela kwi-±0.5℃. Ukuze ufumane iinkcukacha ezithe vetshe ngee-RMFL series rack mount chillers, cofa https://www.chillermanual.net/fiber-laser-chillers_c2
