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The Machine Vision Market blog provides the latest news, research, and insights on machine vision technology. Learn about new machine vision systems and applications, software updates, and market findings.
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How will Automation Trend Benefit the Machine Vision Market? Rapidlyevolvingtechnologyandadigitallyfocusedworldhavepavedthewayforadvancedautomationtoentertheworkforce.Thedesiretoreducehumaninterferenceinvariousoperations,withaneedtofastenprocesses,hasenhanceditsdemand.Automatingprocesseswithcentralcontrolcallsforstrictinspectionbyusingvisualcamerasandinspectionsoftware,andhasgeneratedthedemandformachinevision. Machinevision(MV)isatechnologythatfacilitatesacomputationaldevicetoidentify,assess,andanalyzestillormovingimages.Thisprocessinvolvesintegratingseveralcomponentslikedigitalcameras,back-endhardware,andsoftwareforimageprocessing.Itenablestovisuallyinspectproductsandguiderobotsinrealtimewithouttheneedforoperatorintervention. Overview– MarketShare&Dynamics AccordingtoTritonMarketResearch’sestimates,theglobal machine vision marketislikelytoadvancewithaCAGRof7.55%duringtheforecastedperiod2022-2028.Theneedforproperdefectdetectionandthesurgingtrendofminiaturizedproductsareprimedriverstothemarket. Onthecontrary,limitedawarenesspertainingtoMVsystemsisvastlyrestrainingthemarket’sgrowth.Moreover,thedearthofprofessionalstooperatethesesystemsandthecomplicationsencounteredwhiledeployingthemalsocreatehurdlesinthegrowthpath. GlobalMachineVisionMarket|SegmentationTrends Machinevisionisconsideredaremarkabletechnologicaladvancementasitprovidesinnovativesolutionsinthedirectionofindustrialautomationforvariousmanufacturingprocesses.Today,variousend-userverticalshaveincorporatedmachinevisiontechnologyintheirprocesses,whichhasledtoits
increaseddemand.Inaddition,rapiddevelopmentisseeninMVtechnology.Thus,newertypesofimagingsystemsareavailabletoday,withrobustcomponents,andareusedforarangeofpurposes,therebycreatinggreaterbenefitsfortheusers.increaseddemand.Inaddition,rapiddevelopmentisseeninMVtechnology.Thus,newertypesofimagingsystemsareavailabletoday,withrobustcomponents,andareusedforarangeofpurposes,therebycreatinggreaterbenefitsfortheusers. • CheckoutkeySegmentationTrendsthatShapetheMarket • Machinevisionseeshugepotentialinthehealthcarevertical.Qualitycontrolisveryimportantinthefieldofhealthcare-relatedmanufacturing,andtheimplementationofMVsystemsplaysamajorroleinachievingthehighestaccuracy.InFebruary2018,Dubaistrengtheneditspositionasagloballeaderinmedicaltechnology,bylaunchingtheMobilis(MOdernBIonicLImbSolutions)smartfactory.TheplantfacilitatesadvancedmanufacturingprocesseslikeIoT,cloudcomputing,androboticstoproduceprostheticandorthoticdevices. • 3Dmachinevisionsystemsperformmultipleinspectionsandareequippedwithadvancedcameras,sensors,processors,andilluminators.3DtypesystemsarethemostdynamicallyperformingMVsystems.Oneofthemosteminentandwidelyused3DimagingproductsistheMicrosoftKinectforthegamingconsoleXbox360,whichusesthe“structuredlight” principleforcalculatingdepth.Othercommon3Dimagingtechniquesincludestereovision,lasertriangulation,interferometry,andtimeofflight(TOF). • Cameraisavitalhardwarecomponentthatplaysanimportantroleofcapturingimages.Thesegmentisdrivenprimarilybysmartcameras.Smartcamera-basedmachinevisionsystemsareinhighdemandduetotheiradvancedtechnology,easeofinstallation,lowcost,anduser-friendliness.Withrapidadoption,thisequipmentisslowlycapturingthemarket.InJune2021,TeledyneFLIRlaunchedA500fandA700fsmartsensor-basedcameras.Theyofferhigh-temperaturedetectionandconditionmonitoringforextremeenvironmentsandarepairedwithon-cameraanalyticsandalarmcapabilities. • InspectionisoneoftheprimeapplicationsofMVsystemsandiscrucialforassuringproductquality.Inspectingproductshelpsdetectfunctionalflaws,contaminants,andotherdefects.Someexamplesincludeinspectingdisplaystoconfirmpixelpresenceorverifyingicons,assessingmedicinetabletsforflaws,ormonitoringtouchscreenstomeasurebacklightcontrastlevels.InAugust2021,OMRONCorporationintroducedthePCBinspectionsystemasapartofits“VT-S10Series.” ItisenabledwithAItoautomatetheinspectionprocesswithhigh-precisionandfeaturesanindustry-firstimagingtechnique,eliminatingtheneedforspecialistskills. • FutureScope-SmartManufacturing • Inthisglobalracetowardsgreaterautomation,machinevisionisnotonlybeingusedintraditionalindustrialsectors,butisalsoconqueringbrandnewareas.Severalorganizationsareusingtheseadvancedsystemsinabidtoreducemanufacturingcost&time,enhanceflexibility,gainbetterprocesscontrol,andeasilyoverseedailyprocesses.Thisisfacilitatingtheshifttowardsupgradationtocompletelyautomated‘smart’ factoriestostayaheadofintensecompetition. • Additionally,withhighmarketattractiveness,numerousglobalplayershavebeguninvestingheavilyinthemachinevisionmarket.Theyarealsoengaginginresearchanddevelopmentactivitiestomaketheir
systemsmoreefficientandcost-effective.Theadoptionofautomationbythemanufacturingsectorhasthusledtoatechnologicalrenaissance,therebypropellingthegrowthofthemachinevisionmarket.systemsmoreefficientandcost-effective.Theadoptionofautomationbythemanufacturingsectorhasthusledtoatechnologicalrenaissance,therebypropellingthegrowthofthemachinevisionmarket. FAQs: Q1)Whatarethedifferenttypesofmachinevisionsystems? 1D,2D,and3Darethedifferenttypesofmachinevisionsystemsused. Q2)WhicharethedifferentverticalsinwhichMVsystemsareused? Automotive,electronics&semiconductors,healthcare,food&packaging,andotherindustriesarethekeyareaswheremachinevisionsystemsarebeingadopted.