Iindidi ezi-8 eziqhelekileyo zokuwelda iirobhothi
【Enkosi kakhulu Ibhlog yeRoboDK apho eli nqaku liphinde lavela khona
Ukuwelda yinkqubo ebalulekileyo kwimisebenzi emininzi yokuvelisa. Ukuwelda ngerobhothi yindlela evavanyiweyo yokuphucula inkqubo, kwaye kukho iintlobo ezahlukeneyo.
Iirobhothi zinokunceda ekusombululeni iingxaki ezininzi eziqhelekileyo zokuwelda, kuquka ukunqongophala kwezakhono, umgangatho wokuwelda, kunye nemiba yokungaguquguquki.
Ngerobhothi efanelekileyo kunye nesoftware yeprogram, ungatshintshela kwinkqubo yokuwelda ezenzekelayo nokuba unolwazi oluncinci okanye awunalo kwaphela ngerobhothi. Kodwa kusekho izigqibo ezahlukeneyo ekufuneka uzenze, kuquka uhlobo lokuwelda ngerobhothi oyisebenzisayo.
Makhe sijonge ukuba kutheni kufuneka sisebenzise i-robotic welding size sihlolisise ezinye zeentlobo eziqhelekileyo.
Isebenza phi i-robotic welding?
Ukuwelda ngerobhothi kuye kwenze inkqubela phambili enkulu kule minyaka idlulileyo, kokubini ngokubhekiselele kubuchwepheshe kunye nemfuno. Kuye kwavela kwimisebenzi elula, ephindaphindayo yokuwelda ukuya kwimisebenzi enzima nechanekileyo.
Ukususela kuphuhliso lwee-sensors zerobhothi ezintsonkothileyo kunye nee-algorithms, ukuya kwiindlela ezilula zokucwangcisa ezinciphisa imiqobo yokungena, i-robotic welding ngoku kulula ukuyisebenzisa kunangaphambili.
Enye yezona zinto ziphambili ezibangela ukuwelda kwerobhothi kukunqongophala kwezakhono kwimarike yemisebenzi. Oku kuba yingxaki enkulu kwihlabathi liphela.
Amazwe asebenzisa utshintsho olukhulu ukujongana nokunqongophala, kuquka ukugxila kwakhona kwiinjongo zemfundo ye-STEM kunye nokucwangcisela abafundi abafundela umsebenzi. Nangona kunjalo, ezi zizisombululo zexesha elide.
Iirobhothi zibonelela ngendlela ekhawulezileyo nenamandla yokujongana nokunqongophala kwabagcini beentsimbi. Zikunceda ukuba usebenzise kakuhle abagcini beentsimbi abanobuchule osele unabo.
Iingenelo zeRobotic Welding ngaphezu kweManual Welding
Ukuwelda ngerobhothi kuneenzuzo ezininzi xa kuthelekiswa nokuwelda ngesandla.
Ezi ziquka:
Umgangatho ophuculweyo wokuwelda – Iirobhothi zinokuvelisa ukuwelda okusemgangathweni ophezulu kunabantu kuba ungayicwangcisa ngokuchanekileyo ipateni yokuwelda.
Umsebenzi okhuselekileyo – Ukuwelda kungaba ngumsebenzi oyingozi kubasebenzi. Ukusebenzisa iirobhothi kunciphisa amathuba okuba abasebenzi babekwe engozini.
Ukuguquguquka - Ngojongano lwenkqubo oluqondakalayo, ungayitshintsha ngokulula irobhothi kuyo nayiphi na imisebenzi emitsha.
Ii-welds ezihambelanayo – Iirobhothi ziphinda zivelise ipateni efanayo ye-weld ngalo lonke ixesha, nto leyo ezenza zihambelane ngakumbi kunaba-welds abangabantu.
Ukusetyenziswa ngcono kwetalente – Ukuba unabawelda abanobuchule abambalwa kwiqela lakho, ungasebenzisa iirobhothi ukwandisa umsebenzi wakho wokuwelda ngamaxesha oqeqesho amafutshane ngokumangalisayo.
Ezi zibonelelo zifanelekile ukufumanisa ukuba ukuwelda kwerobhothi kulungile na kuwe!
Iintlobo ezi-8 eziqhelekileyo zeRobotic Welding onokuzisebenzisa
Kukho iintlobo ezahlukeneyo zokuwelda ngerobhothi, nganye ifanelekile kwiindlela ezahlukeneyo zokusetyenziswa okanye useto.
Ukuba ukhetha eyiphi na kuya kuxhomekeka kwiimfuno zakho ezithile. Nangona kunjalo, ungazicwangcisa zonke usebenzisa iRoboDK.
Ngerobhothi efanelekileyo kunye nesoftware yeprogram, ungatshintshela kwiinkqubo zokuwelda ngokuzenzekelayo nokuba unolwazi oluncinci okanye awazi nto malunga neerobhothi. Nangona kunjalo, kukho izigqibo ezahlukeneyo ekufuneka uzenze, kubandakanya uhlobo lokuwelda kwerobhothi oyisebenzisayo. I-Offline Programming (OLP) ithathwa njengolona khetho lubalaseleyo kwiiprojekthi zokuwelda ezintsonkothileyo nezanamhlanje.
Makhe sihlolisise ukuba kutheni ukuwelda kwerobhothi kuluncedo size sijonge ngakumbi ezinye iintlobo eziqhelekileyo.
1. Ukuwelda kwiindawo ezichaseneyo
Ukuwelda okuchaseneyo kubandakanya ukudlulisa umbane onamandla kwiziqwenga ezibini zesinyithi. Oku kuyayitshisa kwaye kuyinyibilikise isinyithi, kudibanise ezi ziqwenga zimbini.
Ngokukodwa, ukuwelda kwiindawo ezichaseneyo kubandakanya ukuwelda kwiindawo ezizimeleyo endaweni yomgca wokuwelda oqhubekayo. Uza kusebenzisa isixhobo sokuwelda kwiindawo ezingasebenziyo njengesixhobo sokugqibela serobhothi.
2. Ukuwelda ngeLaser
Ukuwelda nge-laser kusebenzisa umqadi oqinileyo, onamandla aphezulu ukunyibilikisa nokudibanisa izinto kunye. Le ndlela ichaneke kakhulu kwaye ingasetyenziselwa ukuwelda iindawo ezincinci nezintsonkothileyo.
Ukuwelda nge-laser yerobhothi kudla ngokusetyenziswa kumashishini afana ne-elektroniki kunye nemveliso yezixhobo zonyango.
3. Ukuwelda nge-laser ye-hybrid
Ukuwelda nge-laser exutyiweyo kudibanisa ukuwelda nge-laser kunye nokuwelda nge-arc. Le ndlela inika ukungena okunzulu kokuwelda nge-laser kunye nokukwazi okuphezulu kokuvala igebe lokuwelda nge-arc.
Iinkqubo zerobhothi zokuwelda nge-laser exutyiweyo ziluncedo kakhulu kwizicelo ezibonelela ngesantya esiphezulu semveliso kunye nokuchaneka.
4. Ukuwelda i-Arc yesinyithi esikhuselweyo (i-SMAW)
Ukuwelda ngentsimbi ekhuselweyo, okanye ukuwelda ngenduku, kusebenzisa i-electrode egqunywe nge-flux ukwenza ukuwelda. Le ndlela yaziwa ngokuguquguquka kwayo kwaye ingasetyenziswa kwiintlobo ngeentlobo zeentsimbi kunye nee-alloys.
Iirobhothi ezisebenzisa i-SMAW zinokungenelwa ngokongeza amandla okubona imifanekiso ukuze zibone kwaye zilungise iintanda kwisixhobo.
5. Ukuwelda kwe-Tungsten Arc yeGesi okanye ukuwelda kwe-Tungsten Inert Gas (GTAW/TIG)
Ukuwelda kwe-GTAW okanye i-TIG yinkqubo eqhelekileyo yokuwelda esebenzisa i-electrode ye-tungsten engasetyenziswayo kunye negesi yokukhusela ukwenza ukuwelda. Le ndlela yaziwa ngokuvelisa ukuwelda okusemgangathweni ophezulu, okucocekileyo kunye nobuhle obuhle kakhulu.
Olu hlobo lokuwelda ngerobhothi ludla ngokusetyenziswa apho umgangatho wokuwelda ubaluleke kakhulu, njengeendiza kunye nezityalo zamandla enyukliya.
6. Ukuwelda kwe-arc e-thin-gauge
Ukuwelda kwe-arc ye-thin-gauge kudla ngokusetyenziswa ukuwelda amacwecwe esinyithi abhityileyo. Oku kunokuba nzima kuba izinto ezincinci zifuna indlela enobuchule.
Xa ucwangcisa i-weld yerobhothi, kungcono ukwenza uvavanyo olongezelelweyo lomzimba ukuqinisekisa ukuba izinto ezincinci azigobi.
7. Ukuwelda ngePlasma
Ukuwelda nge-plasma kusebenzisa i-arc exineneyo okanye i-plasma jet ukunyibilikisa isinyithi, nto leyo ebangela ukuwelda okugxile ngakumbi nokulawulwayo. [Oku kunxulumene nokuwelda nge-TIG].
Kwizixhobo zerobhothi, i-arc yenziwa phakathi kwe-electrode ye-tungsten kunye nezinto, kunye negesi ye-plasma yokuzinzisa i-arc nokuthintela i-oxidation.
8. Ukuwelda kweMetal Inert okanye iActive Gas (MIG/MAG)
Okokugqibela, i-MIG okanye i-MAG welding luhlobo lwe-gas metal arc welding esebenzisa ucingo oluhlala lusetyenziswa kunye negesi yokukhusela.
Isantya, ukusebenza kakuhle, kunye nokuguquguquka kwe-robotic MIG/MAG welding kwenza ukuba isetyenziswe kakhulu kumashishini ahlukeneyo.