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Robotic welding technology is becoming increasingly popular across automotive, metal & machinery, and other industries. Read more about Robotic Welding Market.
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Robotic Welding Market: Breakthrough & Forecast Automationhasdisruptedtheindustrialsectorbydrasticallychangingproductiontechniquesandreducingtheoveralltimeandcostspent.Asaresult,roboticweldingtechnologyisbecomingincreasinglypopularacrossautomotive,metal&machinery,electronics,andotherindustries. AccordingtotheexpertsatTritonMarketResearch,theGlobal Robotic Welding MarketwilladvancewithaCAGRof7.35%overtheforecastperiod,2022-2028 Weldingrobotscanperformcomplicatedtasksandprovidesuperioroutputquickerthanhumanworkers.Theyaredevelopedbycombiningwelding,robotics,artificialintelligence,controlsystems,andsensortechnology.Theserobots’ operationalexcellence,alongwithincreasedproductivity,contributetotheirdemand. Industry4.0ImplementationbolstersWeldingRobotDeployment Industry4.0hasrevolutionizedthemanufacturingsectorbyequippingitwithadvancedtechnology,thusleadingtoenhancedproductivity,flexibility,quality,andspeed.ManufacturersarenowshiftingtowardstheadoptionofintelligentandnetworkedIndustry4.0-compatiblerobotsincorporatedwithwirelessconnectivity,sensors,andacentralizedcontrolsystem. Additionally,playersintheroboticweldingmarketarealsofocusingonintroducingsuchsolutionstothemarket.Forinstance,inMarch2020,RobotecoItalargondevelopedaroboticweldingcellforitsclient
SteelTech,toincreaseproductionandensureinterconnectionwithinallstagesofthemanufacturingprocess.ThecelliscomprisedofaTIGarcweldingsolutionandanIndustry4.0kittoenableeasydataexchangeforefficientinterconnection.SteelTech,toincreaseproductionandensureinterconnectionwithinallstagesofthemanufacturingprocess.ThecelliscomprisedofaTIGarcweldingsolutionandanIndustry4.0kittoenableeasydataexchangeforefficientinterconnection. Automotive&TransportationSectorLeadstheWay Theautomotive&transportationsectoristheleadingindustryverticalintheroboticweldingmarket,whichaccountedforthehighestrevenueshareof$4172.27millioninthesegmentin2021. Therisingdemandforvehiclesandefficientinfrastructurehascompelledtheautomotive&transportationsectortoenhanceproductionandconstructionactivities.Beingattheforefrontofembracingtechnologicalinnovations,ithaslargelyadoptedroboticweldingarmstoboosttheaccuracyandspeedofthevehicle-buildingprocess.Infact,from2018to2023,theuseofweldingrobotsinthissectorincreasedwithaCAGRof8.91%. WhatmakestheAsia-PacificaleaderintheGlobalMarket? TheAsia-Pacific robotic welding marketistheleadingregionglobally.Itaccountedfor$8767.11million in2021andisestimatedtogain$7985.35millionby2028. AccordingtotheInternationalFederationofRobotics(IFR),Asiaaccountedfor71%ofallnewlydeployedindustrialrobotsin2020,with168,400unitsinstalledinChinaitself.Moreover,India,China,Japan,andSouthKoreaareamongtheleadingautomobilemanufacturersintheworld.ThepresenceofarobustautomotiveindustryhasenhancedtheadoptionofweldingrobotsintheAsia-Pacific. Besides,Japanishometoseveralleadingmarketplayers,includingYaskawaElectricCorp,HyundaiMotor,Nachi-FujikoshiCorp,KawasakiHeavyIndustriesLtd,andothers,whicharefocusedondevisinggrowth-drivenstrategies.Forinstance,inMarch2022,Nachi-FujikoshiCorplauncheditsMZFseriescomprisinghigh-speedandhigh-precisionrobots,drivenbytheneedtotacklelaborshortage. Further,inJuly2022,DaihenCorporationdevelopedanewweldingarccalledPlasmaJetTIG,whichisoptimalforjoiningmaincomponentssuchasstatorcoilsofmotorsusedinelectricvehicles.Also,inAugust2022,YaskawaElectricCorplauncheditsnewlineupofMotoman-HC30PLweldingrobots,witha30kgpayloadcapacityforpalletizingapplications. Alongwiththesefactors,theimplementationofmajormanufacturinginitiativessuchas‘MadeinChina2025’ and‘MakeinIndia’ isexpectedtoaidtheadoptionofroboticweldingsystems,thuspositioningtheregion’smarketonagrowthpath. ‘Cap’italizingFutureTech Currently,operatorsarerequiredtoprogramweldingrobotsbeforedeployingthemforaprocess.However,withadvancementsintechnology,theymayonlyneedtothinkaboutthedesiredtasktobeperformedbytherobot.InFebruary2019,researchersattheUniversityofIllinoisUrbana-ChampaigndevelopedanEEG-basedcapthatconvertsbrainwavesintooperationalinstructionsforroboticweldingarms. Ifusedforindustrialapplications,thisbreakthroughdevelopmentcouldeliminatetheneedforcomputerprogrammingandalsoreducethetimetakenfortrainingthepersonnel.Thoughthecomplete
developmentandadoptionofsuchmind-controlledrobotsmaystilltakeseveralyears,itcreatespositiveprospectsforthefutureoftheglobalroboticweldingmarket.developmentandadoptionofsuchmind-controlledrobotsmaystilltakeseveralyears,itcreatespositiveprospectsforthefutureoftheglobalroboticweldingmarket. FAQs: Q1)Whichregionisexpectedtoshowthefastestgrowthintheglobalmarket? NorthAmericaisexpectedtogrowthefastestintheglobalmarket,withaCAGRof8.99%duringtheforecastperiod. Q2)Whicharethedifferenttypesofweldingcoveredinthemarketreport? Theglobalroboticweldingmarketbyweldingtypeincludesspot,plasma,arc(TIG,MIG),laser,andotherweldingtypes. Q3)Whatisakeychallengeinthepathofmarketgrowth? Thehighcostsforinstallingandmaintainingweldingrobotsareakeymarketchallengehinderingtheiradoption.