Integrating a Proactive Quality Control Concept into Machining Operation of a Crankshaft Manufacturing Process 2019-01-0507
Competition in the manufacturing industry is ever increasingly intense. Manufacturing organizations that want to grow and prosper must embrace a discipline of constant improvement. Their engineering departments are tasked with improving existing manufacturing processes in terms of quality and throughput, which is vital to competing on a global scale. Manufacturers strive to utilize technologies to extract efficiencies from their existing processes. Reducing scrap/rework is the paramount goal in increasing a processes’ efficiency. The purpose of this study is to analyze a production line to determine the quality status throughout the manufacturing process. The intention is to react to process instability before the production becomes non-compliant (scrap/rework).
By incorporating the proposed technology into the production process, the desired achievement will be to spot process variables at the earliest stages so that counter measures can be taken to stabilize the process before production drifts into non-compliance. Furthermore, the technology will communicate with machining operations to initiate counter measures such as program offsets, tool changes and wheel dressings. The main goal of this study is to develop a system that monitors the compliance of respective machining operations. The system is also capable of detecting emerging variability and automatically issuing corrective actions to keep production in compliance much faster than the current system, which relies upon production workers to acknowledge that the process is producing scrap/rework parts and then determine what corrective action to take.
Loda Bazzi, George Dinicu, Badih Jawad, Vernon Fernandez, Sabah Abro, Liping Liu
FCA US LLC, Lawrence Technological Univ