Mobile Telephone:+86 15391524460
中文 / EN

positionHome>About us

the Development History of EasyMFG's 3d Printing Technology

2018-11-20 15:18:54  Source of article:EasyMFG


EasyMFG is a high-tech enterprise focusing on 3DP technology, carrying out the development and promotion of 3D printing technology for mass production, and providing a complete set of comprehensive solutions.


EasyMFG Production Building

With the rapid manufacturing center of Huazhong University of Science and Technology as the technical support, EasyMFG is the strategic partner of the "China Additive Manufacturing (3D Printing) Industry Promotion Project" of the Ministry of Industry and Information Technology.

The core team of our company is from Huazhong University of Science and Technology, deeply rooted in 3D printing for far more than 20 years, who was awarded the second prize of national technological invention, and the first prize and a number of ministerial and provincial awards of Hubei province scientific and technological progress.

Our team presided over and participated in several research projects of National 863 major projects, national key research and development programs, national CNC major projects, national support programs, major scientific and technological innovation projects of Hubei Province and etc.

At the same time, our team has mastered a variety of 3D printing relevant technology, such as SLS、SLM、SLA etc., who has a long-term accumulation and solid foundation in 3D printing related core technology.

EasyMFG delivers powerful 3D printers that targeted binder jetting metal 3D printers featured in high speed, sand 3D printers and full color 3D printers both oriented to foundry industry, among which the metal 3D printers are first applied in China. Binder jetting metal 3D printing technology has been rated as one of the world's top 10 breakthrough technologies for 2018 by MIT technology review which commented that this technology could bring about disruptive change to manufacturing by "rapidly producing large metal objects with low costs".


Back Top