研究增材制造(3D打印)用新一代高分子材料制备和加工的基础问题，符合第三次工业变革战略发展方向、中国工业2025、世界工业化发展趋势，具有占领战略制高点的重要性和紧迫性；我们已在3D打印用新一代高分子材料制备和加工方面具备自主知识产权的战略先发优势。充分发挥增材制造即设计-即打印-即成型-即验证突出特点，极大缩短工业设计前期时间，在未来工业设计为先导的工业信息化过程中构筑一项颠覆性技术，为从中国制造到中国智造(中国创造)提供科学基础支撑。.本项目拟通过化学、物理、材料、激光、信息等多学科交叉，理论与实验相结合，研究新一代超高分子量聚合物可控合成制备、基于蓝色LD激光的光固化树脂、高精度激光加工成型的新方法，掌握超高分子量聚合物材料的多层次结构、加工与功能关系和精细调控方法，为设计和制备性能卓越的增材制造(3D打印)用新一代超高分子量聚合物材料体系提供创新的物质基础与理论指导。

The study on the basic issues in preparation and processing of new generation of polymeric materials used in additive manufacturing is the direction of the third industrial revolution and the trend of the worldwide industrialization. It is very important and emergency to occupy the strategic high ground of industrial information construction. We have advantages in holding intellectual property rights on preparation and processing of 3D printing materials. Taking the full advantages of additive manufacturing, we can greatly shorten the period of engineering prophase design, construct a subversive technology in industrial information construction and achieve transform from "Made in China" to "Made with Wisdom". .This project aims to combining theoretical and experimental investigation based on the multidiscipline of chemistry, physics, materials, informatics and laser. Controllable synthesis of the new generation of ultrahigh molecular weight polymers, blue LD layer cured resin, new technique based on high precision laser processing will be investigated. The relationship between the hierarchical microstructures of the polymers with the processing and functions should be clearly obtained and used to fine control these issues. This project is expected to provide innovative material foundation and theoretical guidance for the design and preparation of new generation of ultrahigh molecular weight polymers with high performance suitable for additive manufacturing (3D printing).