2023年第5期2023No.5汽车工艺与材料AutomobileTechnology&Material超声波冲孔一体化技术研发与应用孟健潘凯楠冯羽聪王妍婕赖先勤(广汽本田汽车有限公司,广州510700)摘要:为了提高汽车保险杠超声波冲孔工艺自动化程度、提高人员效率、降低生产成本,对超声波冲孔工艺进行智能化升级改造。通过对超声波冲孔凹模结构创新设计,引入视觉检测系统、一元化追溯系统,取消了传统底涂剂人工涂布及品质检查工作,实现了品质及生产信息录入与追溯功能,完成了保险杠超声波冲孔及涂布工艺一体化作业,为智能制造与数字化转型打下坚实基础。关键词:超声波冲孔自动涂布视觉检测追溯系统智能制造中图分类号:TU753.3文献标识码:BDOI:10.19710/J.cnki.1003-8817.20220091ResearchandApplicationonUltrasonicPunchingIntegratedTechnologyMengJian,PanKainan,Fengyucong,WangYanjie,LaiXianqin(GACHondaAutomobileCo.,Ltd.,Guangzhou510700)Abstract:Inordertoimprovetheautomationoftheultrasonicpunchingprocessofautomobilebumpers,improvepersonnelefficiencyandreduceproductioncosts,theultrasonicpunchingprocesshasbeenupgradedintelligently.Throughtheinnovativedesignoftheultrasonicpunchingconcavediestructure,avisualinspectionsystemandaunifiedtraceabilitysystemhavebeenintroduced,andthemanualcoatingandqualityinspectionoftraditionalprimershavebeencanceled,andthefunctionsofinputandtraceabilityofqualityandproductioninformationhavebeencompleted.Theintegratedoperationofbumperultrasonicpunchingandcoatingprocesshasbeenrealized,layingasolidfoundationforintelligentmanufacturinganddigitaltransformation.Keywords:Ultrasonicpunching,Automaticcoating,Visualinspection,Traceabilitysystem,Intelligentmanufacturing作者简介:孟健(1992—),男,硕士学位,研究方向为高分子材料加工及其自动化。参考文献引用格式参考文献引用格式:孟健,潘凯楠,冯羽聪,等.超声波冲孔一体化技术研发与应用[J].汽车工艺与材料,2023(5):68-72.MENGJ,PANKN,FENGYC,etal.ResearchandApplicationonUltrasonicPunchingIntegratedTechnology[J].AutomobileTechnology&Materi⁃al,2023(5):68-72.1前言随着汽车工业的高速发展,更多客户追求魅力外观的同时,对汽车安全性能也提出了更高要求。汽车保险杠具有装饰车辆、安全保护以及改...