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Study On Order-maching System Model For 3D Printing Service

Posted on:2019-07-26Degree:MasterType:Thesis
Country:ChinaCandidate:E M T B S KuFull Text:PDF
GTID:2348330542498344Subject:Logistics Engineering
Abstract/Summary:PDF Full Text Request
3D printing technology is also called rapid prototyping or additive manufacturing technology.The 3D printing industry has developed rapidly,but the industry has encountered some bottlenecks.The scale of industrial development is still relatively small compared to the traditional manufacturing industry.According to the analysis,the barriers to the development of raw materials are much higher than the barriers for providing 3D printing services,so improving the development of 3D printing services is the most effective solution.As the future development prospects of the 3D printing service industry are good,the prospect is good and positive.There are already many 3D printing platforms at home and abroad.For example:Magic Monkey Network,Italian Network,and Antarctic Bear 3D Printing Network are self-operated B2C printing platforms.The focus of this paper is to fully satisfy the order matching model based on 3D printing service requirements.In order to establish the model,this paper applies the concept of cloud manufacturing model to the 3D printing service industry,and establishes a virtual 3D printing cloud manufacturing platform,which is independent of the self-operating model.The biggest difference of the 3D printing platform is to help users choose the optimal production supplier to improve user satisfaction,thus realizing the rapid development and popularization of the entire 3D printing industry.This is the first innovation point of this article.The second innovation is that this paper comprehensively analyzes the status quo and characteristics of 3D printing service industry,and combines the literature analysis method to present the key influencing factors of the 3D printing cloud manufacturing platform in the order matching process,according to the key influencing factors and order characteristics Assuming conditions and constraints,and establishing a 3D printing requirement to fully satisfy the order matching model.The third innovation is based on the characteristics of the 3D printing cloud manufacturing platform.The 3D printing service requirements are fully satisfied with the order matching model,and the data needed for the experiment is collected from the 3D printing industry.And in-depth analysis of the experimental results is done.The focus of this paper is to fully satisfy the order matching model based on 3D printing service requirements.In order to establish the model,this paper applies the concept of cloud manufacturing model to the 3D printing service industry,and establishes a virtual 3D printing cloud manufacturing platform,which is independent of the self-operating model.The biggest difference of the 3D printing platform is to help users choose the optimal production supplier to improve user satisfaction,thus realizing the rapid development and popularization of the entire 3D printing industry.This is the first innovation point of this article.The second innovation is that this paper comprehensively analyzes the status quo and characteristics of 3D printing service industry,and combines the literature analysis method to present the key influencing factors of the 3D printing cloud manufacturing platform in the order matching process,according to the key influencing factors and order characteristics Assuming conditions and constraints,and establishing a 3D printing requirement to fully satisfy the order matching model.The third innovation is based on the characteristics of the 3D printing cloud manufacturing platform.The 3D printing service requirements are fully satisfied with the order matching model,and the data needed for the experiment is collected from the 3D printing industry.And in-depth analysis of the experimental results is done.
Keywords/Search Tags:order matching, cloud manufacturing platform, 3D printing services, vendor selection
PDF Full Text Request
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