PDF(Pubmed)
Abstract：
The capacity of additive manufacturing and three-dimensional (3D) printing to quickly construct intricate structures and accurate geometries sets them apart from traditional production techniques. The fourth industrial revolution and the digitalization of production were fueled by the emergence of 3D printing, which was made possible by the increasing demand for goods with various designs, functions, and materials. The global influence of 3D printing on healthcare has resulted in the replacement of generic implanted medical devices with patient-customized implants. In the field of oral and maxillofacial surgery, where surgeons use precision medicine daily, this revolution has had a huge influence. Treatments enhanced by 3D technology include orthognathic surgery, complete joint replacement therapy, and trauma. Surgical teams now engage in the 3D design and production of devices at point-of-care treatment facilities with internal infrastructure thanks to the growing and broad adoption of 3D technology in clinical settings. The way doctors approach treatment planning and clinical results are affected greatly by 3D technology. While outlining significant clinical applications, the article presents our viewpoint on the use of 3D-based technology in the field of oral and maxillofacial surgery and the road ahead with the advent of Four-dimensional (4D) printing.
摘要：
增材制造和三维（3D）打印的能力可以快速构建复杂的结构和精确的几何形状，使它们与传统的生产技术区分开来。3D打印的出现推动了第四次工业革命和生产的数字化，这是由于对具有各种设计的商品的需求不断增加而成为可能的，功能,和材料。3D打印对医疗保健的全球影响导致用患者定制的植入物替代通用植入式医疗设备。在口腔颌面外科领域，外科医生每天使用精准医学，这场革命产生了巨大的影响。通过3D技术增强的治疗包括正颌手术，完整的关节置换治疗，和创伤。由于3D技术在临床环境中的不断发展和广泛采用，手术团队现在在具有内部基础设施的护理点治疗设施中从事设备的3D设计和生产。3D技术极大地影响了医生的治疗计划和临床结果。在概述重要临床应用的同时，本文介绍了我们对在口腔颌面外科领域使用3D技术的观点，以及随着四维（4D）打印的到来而前进的道路。
