Iindidi ezi-3 zeerobhothi zokuwelda ngokuzenzekelayo

Imveliso yokuwelda yemizi-mveliso yangoku ibeka iimfuno ezifuna kakhulu umgangatho wokuwelda. Ke ngoko, kuya kusiba nzima ngakumbi ukufumana iingcali zokuwelda ezinobuchule kwaye iindleko zokuqesha iingcali zokuwelda ezinamava ziya zisanda. Kodwa ngethamsanqa, irobhothi yokuwelda yasungulwa ngempumelelo. Ingenza iintlobo ezahlukeneyo zomsebenzi wokuwelda ngokuchanekileyo okuphezulu, umgangatho ophezulu kunye nexesha elifutshane. Ngokusekelwe kwindlela yokuwelda, irobhothi yokuwelda inokwahlulwahlulwa ibe yirobhothi yokuwelda ekwindawo ethile, irobhothi yokuwelda ye-arc, irobhothi yokuwelda yefriction stir kunye nerobhothi yokuwelda ye-laser.

1. Irobhothi yokuwelda yeSpot

Irobhothi yokuwelda ye-Spot inemithwalo emikhulu esebenzayo kunye nendawo enkulu yokusebenza. Ihlala iza nesibhamu esithile sokuwelda se-Spot esinokuhamba ngokuguquguquka nangokuchanekileyo. Xa yaqala ukubonakala, yayisetyenziselwa kuphela ukuqinisa ukuwelda, kodwa kamva isetyenziselwa ukuwelda kwindawo esisigxina.

2. Irobhothi yokuwelda ye-arc

Irobhothi yokuwelda ye-arc isetyenziswa kakhulu kumashishini amaninzi ahlukeneyo, njengoomatshini abaqhelekileyo kunye nezakhiwo zesinyithi. Yinkqubo yokuwelda eguquguqukayo. Ngexesha lokusebenza kwerobhothi yokuwelda ye-arc, umpu wokuwelda uya kuhamba kumgca wokuwelda kwaye uqhubele phambili wongeza isinyithi ukwenza umgca wokuwelda. Ke ngoko, isantya kunye nokuchaneka komkhondo zizinto ezimbini ezibalulekileyo ekusebenzeni kwerobhothi yokuwelda ye-arc.

3. Irobhothi yokuwelda yokuxubana ngefriction

Ngexesha lokusebenza kwerobhothi yokuwelda nge-friction stir, ngenxa yokungcangcazela, uxinzelelo olubekwe kumgca we-weld, ubungakanani be-friction spindle, ukuphambuka kwendlela ethe nkqo nesecaleni, imfuno ephezulu kuxinzelelo oluhle, i-torque, amandla okuva amandla kunye nokukwazi ukulawula umkhondo werobhothi kuyafuneka.

4. Irobhothi yokuwelda ngeLaser

Ngokungafaniyo neerobhothi zokuwelda ezikhankanyiweyo apha ngasentla, irobhothi yokuwelda nge-laser isebenzisa i-laser njengomthombo wobushushu. Imithombo eqhelekileyo ye-laser ibandakanya i-fiber laser kunye ne-laser diode. Inobunono obuphezulu kwaye iyakwazi ukwenza ukuwelda okukhulu kunye nokuwelda okuntsonkothileyo kwe-curve. Ngokubanzi, iindawo eziphambili zerobhothi yokuwelda nge-laser ziquka i-servo-controlled, multi-axis mechanical arm, i-rotary table, i-laser head kunye nenkqubo yokuwasha amanzi amancinci. Usenokuzibuza ukuba kutheni irobhothi yokuwelda nge-laser ingadinga inkqubo yokuwasha amanzi amancinci. Ewe, isetyenziselwa ukupholisa umthombo we-laser ngaphakathi kwerobhothi yokuwelda nge-laser ukuthintela ingxaki yokushisa kakhulu. Inkqubo yokuphola esebenzayo inokunceda ukugcina ukusebenza kakuhle kokuwelda kwerobhothi yokuwelda nge-laser.

Iinkqubo ze-S&A Teyu CWFL series small water chillers zilungele ukupholisa irobhothi yokuwelda nge-laser ukusuka kwi-500W ukuya kwi-20000W. Ziphawulwa ngolawulo lobushushu oluphindwe kabini, olubonelela ngokupholisa ngakunye kwentloko ye-laser kunye nomthombo we-laser. Oku akugcini nje ngokonga indawo kodwa konga nemali kubasebenzisi. Uzinzo lobushushu luquka ±0.3℃, ±0.5℃ kunye ±1℃ ukuze ukhethe. Jonga iinkqubo ze-CWFL series water chiller ezipheleleyo.