Due to the hardness and brittleness of ceramic materials, it is a challenging task for engineers to manufacture and process engineering ceramic components.The manufacturing process requires precision machining equipment and processes, and the fragility and vulnerability of materials need to be taken into account.It is easy to cause the change of structure and composition in the process of molding and sintering, thus affecting the performance and consistency of the material.

In order to improve the application effect of engineering ceramic materials in mechanical structures, it is necessary to solve the related problems in the process of molding and sintering, and to ensure the consistency and controllability of materials.Our solution is to combine stereolithography (SLA) with ceramic tape casting technology to achieve high-performance ceramic laser 3D printing, break through the key technology of "shape control"and"control" of high-performance ceramic laser 3D printing, so as to achieve high-precision ceramic structural printing.