Abstract

The implementation of MBD/MBE (Model-based Design and Engineering) in the product design and manufacturing can effectively support multi-step data interoperation among “Design-Manufacture-Measurement.” Due to the limited data interoperation functions provided by the current CMM software (Coordinate Measurement Machine), most studies of MBD/MBE focused on designing the upstream. In contrast, the downstream (the underlying measurement data utilization) research is less. MES has an essential function in managing the manufacturing quality that analyses the condition and its development trend by collecting the manufacturing process quality data. Insufficient use of the underlying measurement data will lead to limited MES functions, especially for the capability of decision-making in intelligent manufacturing systems. The paper presents a measurement data interoperation method based on the interoperation layer method to support the quality analysis in MES (Manufacturing Execution System), discusses the relevant critical logic and data processing flow of the layer. It is verified that it can provide more comprehensive measurement data for quality management in the workshop.

Highlights

  • Quality management is a crucial activity in discrete manufacturing

  • The implementation of MBD/MBE (Model-based Design and Engineering) in the product design and manufacturing can effectively support multi-step data interoperation among "Design-Manufacture-Measurement." Due to the limited data interoperation functions provided by the current CMM software (Coordinate Measurement Machine), most studies of MBD/MBE focused on designing the upstream

  • Quality management must collect the processing quality data of parts and carry out relevant quality data analysis to find the causes of quality problems and channels and improvement methods to improve product quality in the product design, product manufacturing, and maintenance of production machine tools, etc

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Summary

Introduction

Quality management is a crucial activity in discrete manufacturing. One of MES's primary functions in the workshop is to provide related management functions for quality management. CMM (Coordinate Measurement Machine) is one of the main methods of quality inspection widely used in the manufacturing workshop. Enterprises use CMM inspection results to provide users with reliable parts manufacturing quality reports. The reasonable use of CMM to ensure the manufacturing system quality can help to continue producing high-quality parts. CMM plays a vital role in product quality management, and it has become one of the hot issues in manufacturing technology [1]. Because the technology provides the more possibility of using the inspection data, the manufacturing quality management module of MES helps improve the production process. It provides more great conditions for it [2]

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