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Perbaikan Kualitas pada Proses Kiln Tegel Keramik Kode GE dengan metode Six Sigma DMAIC (Studi Kasus PT. IKAD Tangerang)

机译:六西格玛DMAIC方法改善GE Code陶瓷窑炉工艺的质量(PT。IKAD Tangerang案例研究)

摘要

PT. IKAD is a company that produce ceramic tile. Quality is occurred on some Critical To Quality (CTQ) in part of kiln. Kiln process itself was the last process and the most vital in determining final output of ceramic tile. Realizing the importance to the quality of kiln process, hence needed a problem solving method to improve and control process which taking place in Department Plant 3 so the amount of defect product can be minimized to achieve zero defect.udThe method to solve the problem is Six Sigma method that consist of Define, Measure, Analyze, Improve, and Control (DMAIC)phase. DMAIC phase begins with identifyng customer needs to determine priority of CTQ. Then measuring the sigma level, stability and process capability of priority CTQ. On the analyze phase, cause effect diagram is used to find failure cause analysis of CTQ, and then Failure Modes Effect Analysis (FMEA) tool is used to analyze the failure. On the final phase, improvement plan and process control act is done for company.udThe result of this research from Define phase is dash away as the priority of CTQ. On the measure phase known that sigma level in the month of January 2006 equal to 3,46 sigma and decrese to 3,24 sigma in February 2006. at that both period, process condition is not atable but capable enough if seen from CP and Cpk value. On the analyze phase is obtained the information that many factors like process or method, man, material, measruement, mother-nature, also machine and equipments are supposed causing instability and incapability of kiln process. iprove suggestions for managerial and technical side are given and Control suggestions to guarantee the quality of kiln process are also given on the Improve and Control phase.
机译:PT。 IKAD是一家生产瓷砖的公司。在窑的一部分中,质量发生在某些关键质量(CTQ)上。窑炉过程本身是最后的过程,也是决定瓷砖最终产量的最关键的过程。意识到窑工艺质量的重要性,因此需要一种问题解决方法来改进和控制部门3号工厂中发生的过程,以使缺陷产品的数量最小化,以实现零缺陷。 ud解决问题的方法是由定义,测量,分析,改进和控制(DMAIC)阶段组成的6 Sigma方法。 DMAIC阶段始于确定客户需求以确定CTQ的优先级。然后测量优先级CTQ的sigma级别,稳定性和处理能力。在分析阶段,使用原因影响图查找CTQ的故障原因分析,然后使用故障模式影响分析(FMEA)工具分析故障。在最后阶段,为公司制定了改进计划和过程控制措施。 ud从“定义”阶段开始的这项研究结果成为CTQ的优先事项。在已知的测量阶段中,2006年1月的sigma级别等于3,46 sigma,2006年2月减小到3,24 sigma。在这两个时期,如果从CP和Cpk来看,工艺条件都不可行,但能力足够值。在分析阶段获得的信息是,许多因素如工艺或方法,人,材料,测量,母性,以及机器和设备都被认为会导致窑工艺的不稳定和失效。在改进和控制阶段,提出了对管理和技术方面的改进建议,并提出了确保窑工艺质量的控制建议。

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