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首页> 外文期刊>Journal of Industrial Integration and Management: Innovation & Entrepreneurship >Enablers, Barriers, and Critical Success Factors for Effective Adoption of Color-Jet 3D Printing Technology
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Enablers, Barriers, and Critical Success Factors for Effective Adoption of Color-Jet 3D Printing Technology

机译：有效采用彩色喷墨 3D 打印技术的推动因素、障碍和关键成功因素

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摘要

Color-jet 3D printing (CJP) technology-based machines are now being developed, and there is a need to identify the successful adoption of this technology for additive manufacturing (AM). Extensive literature review complemented with experts' advice utilized systematically helped in the identification of 12 critical factors for the effective adoption of color-jet printing technology. A hierarchical structural model is developed using interpretive structural modeling (ISM) and analyzed using Matriced Impacts Croise's Multiplication Appliquee a UN Classement (MICMAC). Identified software and the machine cost are primary drivers for this color-jet 3D printing machines (technology). The value of this technology is to provide the product at a lower cost and give useful applications in the area of medical, engineering and concept building. There is a need for developing better quality core material and post-processing material, further supported by enabling machine hardware and software. Accuracy and color texture of the part produced are essential to provide a technological advantage over existing technologies. Post-processing assists in a big way in imparting necessary properties to the part produced. Presently, the infiltrate/post-processing materials are limited, and for large-scale acceptability, one needs extensive multidisciplinary research and development. This research provides a structural model toward the adoption of color-jet 3D printing technology, which can also help users in evaluating this technology in broader AM framework.
机译：彩色喷射3 d打印(巴)技术为基础的机器现在正在开发,和有一个需要确定的成功采用加法制造技术(我)。广泛的文献回顾与补充专家建议使用系统的帮助12个关键因素的识别有效的采用彩色喷射印刷技术。开发利用解释结构建模(ISM)和分析使用矩阵的影响斜纹织物的乘法Appliquee联合国Classement(密克马克语)。成本是这彩色喷射3 d的主要驱动因素印刷机械(技术)。技术是提供较低的产品在成本和提供有用的应用程序医学、工程和建筑概念。需要开发更好的质量的核心材料和后期处理材料,进一步通过使机器硬件和支持软件生产提供技术至关重要在现有的技术优势。在传授后处理助攻在很大程度上必要的属性产生的一部分。目前,渗透/后处理材料是有限的,和大规模的可接受性,一个广泛的需求多学科研究和发展。研究提供了一个结构模型向采用彩色喷射的3 d打印技术,这也可以帮助用户在评估技术在更广泛的框架。

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