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首页> 外文会议>Portland International Conference on Management of Engineering and Technology >Perspective of the 3D Printing Technology Applied on Medical Resource Integration and Service Innovation Business Model
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Perspective of the 3D Printing Technology Applied on Medical Resource Integration and Service Innovation Business Model

机译：3D打印技术在医疗资源整合和服务创新业务模型中的应用前景

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Clinical data shows that many oral cancers, car accidents and major accidental injuries cause to remove organs and limbs partially or completely due to incomplete physical appearance surgery. This is not only cause inconvenience to life, but also directly affects to patients' psychology and influences their job opportunities in the community. In the past, patients have been treated through Medical Equipment Company using the artificial prostheses or artificial organs. However, it was not give a sufficient result, which were a waste of time and money. Fortunately, nowadays, 3D printing technology provides opportunity for patients to solve their problems quickly with low financial burden. Indeed, 3D printing technology introduced by Nagoya Municipal Industrial Research Institute in 1982. Later, the industry applies this technology in prototype manufacturing and/or a convenient mold. Only a few years ago, 3D printing technology application started to use in the healthcare industry. This research creates one evaluation system of a hospital/organization purchasing 3D printing that it includes domain evaluation, criteria, and sub-criteria factors through AHP method processing. Analysis includes four evaluation domains, such as Novelty, Importance, Uncertainty, and Complexity. The result shows that "Uncertainty" (D3) domain is the best factor among four domains by AHP framework. "Artificial limb-model" is the first object on 3D printing in the current market. The result states that the 3D printing technology can be applied on medical models and innovation service of the business model.
机译：临床数据显示，许多口腔癌，车祸和重大意外伤害由于不完整的外观手术而导致部分或完全切除器官和四肢。这不仅给生活带来不便，而且直接影响患者的心理，影响他们在社区的工作机会。过去，通过医疗设备公司使用人造假体或人造器官对患者进行治疗。但是，它没有给出足够的结果，这是浪费时间和金钱。幸运的是，如今，3D打印技术为患者提供了机会，以较低的经济负担快速解决他们的问题。的确，1982年名古屋市工业研究所引入了3D打印技术。后来，该行业将该技术应用于原型制造和/或便捷的模具中。仅在几年前，3D打印技术应用程序才开始在医疗保健行业中使用。这项研究创建了一个医院/组织购买3D打印的评估系统，该系统包括通过AHP方法处理的领域评估，标准和子标准因素。分析包括四个评估域，例如新颖性，重要性，不确定性和复杂性。结果表明，在层次分析法框架下，“不确定性”（D3）域是四个域中的最佳因素。 “人工肢体模型”是当前市场上3D打印的第一个对象。结果表明，3D打印技术可以应用于医学模型和商业模型的创新服务。

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