Combining Failure Mode and Effects Analysis ‎‎(FMEA) with ‎CNC for safety enhancement and ‎prevention of production ‎errors

iman sohrabi moghadam chafjiri¹ Hossein Akbarnejad Demouchali²

1) ‎Department of Electrical Engineering, Lahijan Branch, Islamic Azad University, Lahijan, Iran,
2) Department of Mechanical engineering, Lahijan Branch, Islamic Azad University, Lahijan, Iran, ‎

Publication : 3rd International Conference on New Research & Achievements in Science, Engineering & Technologies(setbconf.com)
Abstract :
Failure Mode and Effects Analysis (FMEA) is a valuable methodology for risk assessment ‎and ‎mitigation in various industries, including CNC (Computer Numerical Control) ‎machining. This article ‎explores the challenges and strategies associated with the ‎integration of FMEA into CNC processes. ‎CNC machining, with its complex and ‎multifaceted operations, presents unique hurdles for ‎effective FMEA implementation. ‎The article discusses the complexities of CNC processes, the need ‎for accurate data, and ‎the subjectivity involved in assessing failure modes. It also highlights the ‎resource-‎intensive nature of FMEA and the challenges in overcoming resistance to change ‎within ‎organizations. Furthermore, the article underscores the importance of ‎continuous ‎monitoring and updates, cross-functional collaboration, and risk prioritization. ‎It ‎emphasizes the need to integrate FMEA seamlessly with CNC software tools and ‎systems while ‎complying with regulatory standards. Addressing these challenges ‎requires a proactive approach ‎that includes proper training, data management systems, ‎and a culture that promotes safety, ‎quality, and continuous improvement. By navigating ‎these challenges strategically, organizations ‎can harness the power of FMEA to enhance ‎the reliability and efficiency of CNC machining ‎processes.‎
Keywords : Failure Mode and Effects Analysis – CNC machining - safety enhancement - Risk ‎Assessment - ‎Process Reliability ‎