论文部分内容阅读
中国科学院福建物质结构研究所的研究人员在国内首次突破了可连续打印的三维物体快速成型关键技术,开发出了一款超快、可连续打印的数字投影3D打印机,比传统3D打印速度可提高约100倍。传统的立体光固化成型工艺采用逐层固化、层层累积的方式来构造三维物体,这种方式系统复杂且工作耗时。2015年,美国Carbon3D公司在世界上率先提出
Researchers at Fujian Institute of Material Structure Research, Chinese Academy of Sciences, for the first time in China broke through the key technologies of rapid prototyping of three-dimensional objects that can be continuously printed and developed an ultra-fast and continuously-printable digital projection 3D printer that can be faster than traditional 3D printing About 100 times. The traditional three-dimensional stereolithography process uses three-dimensional objects by layer-by-layer curing and layer-by-layer accumulation. In this way, the system is complex and requires time-consuming work. In 2015, Carbon3D Company of the United States took the lead in the world