Analysis of crack defects in the hanger welding area using the DMAIC method in the heavy equipment industry

Rahayu Budi Prahara, Nur Imam, Indra Setiawan
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Abstract

Heavy Equipment Industry is a company operating in the mining heavy equipment industry. The Quality Control Department continues to strive to maintain and improve the quality of every product produced. During 2022 there were complaints from customers, where there were 7 complaints about hangers detaching from the frame. The hanger is a connecting component between the leaf spring and the chassis which functions as a support for the load. This has a very fatal impact because it is related to safety, unit function and unit productivity. The crack defect caused a repair process by re-welding the part of the hanger where the crack was present. The aim of this research is to reduce the defect rate in Hanger defects. The method used is DMAIC. Primary data and supporting data were collected through field observations to describe actual conditions before repairs. Based on the results of the analysis and improvements that have been carried out, it was found that creating work instructions for the process of attaching hangers to units can help manpower understand the process and work sequence in hanger fabrication. The proposal to add reinforcement check points to the hanger setting check sheet is hoped to be able to maintain the hanger without reinforcement entering the next process and increase supervision of the hanger welding quality.
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使用 DMAIC 方法分析重型设备行业吊架焊接区域的裂缝缺陷
重型设备工业公司是一家从事采矿重型设备行业的公司。质量控制部继续努力保持和提高所生产的每件产品的质量。在 2022 年期间,有 7 起客户投诉吊架从车架上脱落。吊架是板簧和底盘之间的连接部件,起着支撑负载的作用。这关系到安全、机组功能和机组生产率,因此具有非常致命的影响。裂纹缺陷导致需要通过重新焊接出现裂纹的悬架部分来进行修复。这项研究的目的是降低吊架缺陷的缺陷率。采用的方法是 DMAIC。通过现场观察收集原始数据和辅助数据,以描述维修前的实际情况。根据已进行的分析和改进的结果,发现为将支吊架安装到机组上的过程创建工作指导书可以帮助员工了解支吊架制作的过程和工作顺序。建议在支吊架设置检查表中增加加固检查点,希望能够保持支吊架在没有加固的情况下进入下一道工序,并加强对支吊架焊接质量的监督。
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