Micro-and Nano-scale 3D printing is a new frontier in additive manufacturing. It has been used in various fields including the aerospace industry, tissue engineering, MEMS, new materials (metamaterials, lightweight materials, smart materials, composite materials), new energy, flexible electronics, printed electronics, micro/nano optical devices, soft-body robots, etc. This paper presents a novel micro-and nano-scale 3D printing developed by our research group which is named the electric-field-driven jet deposition based micro-and nano-scale 3D printing technique. The recent progresses and significant results of this technique are described. In addition, five typical cases are introduced. The electric-field-driven jet deposition based micro-and nano-scale 3D printing provides a new and prospect solution for micro-nano scale 3D printing and micro-and nano manufacturing, and shows a high potential in industrial applications.