Decision-Making on Product Testing and Swapping Based on Multi-Index Evaluation System

As an emerging product, electronic products have a large market demand, but related enterprises are also faced with the problem of high prices of raw materials and easy loss in the production process. This paper establishes a multi-index evaluation system model for quantitative analysis, which aims to help enterprises improve production steps, formulate reasonable product production process detection and exchange strategies, and improve enterprise revenue. The core idea of this paper is to establish a multi-index evaluation system by selecting appropriate evaluation indicators, calculate the scores of different production testing and exchange schemes in the system, and select the scheme with the highest score as the final production inspection and exchange scheme of the enterprise. This paper not only takes corporate profit as an indicator, but also introduces corporate reputation factor and resource utilization, and fully considers the long-term impact of different production product testing and exchange schemes on corporate reputation and environment. In addition to selecting a number of comprehensive evaluation indicators, this paper also borrows the 0-1 programming idea, entropy weight method and principal component analysis method to calculate the comprehensive score of each scheme, and realizes the calculation of the comprehensive score of different schemes under different defective rates. The analysis of different enterprise sizes and product quantities shows that the multi-index evaluation system has a wide applicability, and also reveals the influence of enterprise size on the decision to test and replace production products.