Wang Chengyong, Vice President of Guangdong University of Technology and Director of Guangdong University of Technology-HBD Joint R&D Center for Metal Additive Manufacturing Technology, said that HBD has developed rapidly, and the company's operation management team and scientific research team are young and strong, and attach importance to R&D investment and forward-looking innovation investment. Guangdong University of Technology began to carry out long-term strategic industry-university-research cooperation with Hanbang Technology in 2017, jointly carried out metal matrix composite SLM printing process research, jointly developed LACM laser additive and subtractive micro-cutting metal 3D printing hybrid manufacturing equipment, realized the transformation of a number of core technology achievements, and jointly established the "Guangdong University of Technology-HBD Metal Additive Manufacturing Technology Joint R&D Center", "Postdoctoral Innovation Practice Base" and "Postgraduate Joint Training Base", and achieved rich scientific research cooperation results. Jointly trained more than 10 postdoctoral and master's talents.

 

Wang Yingjun, academician of the Chinese Academy of Engineering and chief consultant of HBD, said HBD is an excellent team with innovative thinking, professionalism, sense of mission and responsibility. It is an honor to witness the growth of HBD step by step to become bigger and stronger, and the series of metal 3D printing equipment has been recognized by aerospace, medical equipment, large industrial markets and overseas markets. The foundation of the metal 3D printing equipment industrialization base project marks that HBD has entered a new historical stage, and it is hoped that HBD will take this as an opportunity to vigorously promote the application of additive manufacturing (3D printing) technology in many fields, realize precision digital medicine, help the innovation of active and passive high-end medical device products, make positive contributions to the national health, actively promote the upgrading of China's traditional industrial system, and play an important role in the scientific development of China's manufacturing industry.

Xu Ningjun, Party Secretary of Nantou Town

 

Xu Ningjun, secretary of the party committee of Nantou Town, said that enterprises are the main force of local development, enterprises have a future, and Nantou has a future. Next, the party committee and government of Nantou Town will do a good job in the "guarantee group" and "waiter" of enterprise development, be the "gold medal shop junior" of the enterprise with heart and affection, take the initiative to serve ahead, strive to create a first-class business environment, and wholeheartedly create a development space for the majority of enterprises to "the sea is wide by the leap of the fish, and the sky is high and the bird is flying"! It is hoped HBD will stick to its main business, strengthen confidence, forge ahead, strive for first-class, run faster and farther on the road of becoming bigger and stronger, and make new and greater contributions to the high-quality economic and social development of the town and the city!

 

 

 

 

 

Groundbreaking ceremony

 

Next, the ceremony entered the groundbreaking process, where salutes were fired and flowers bloomed. In the lively and festive atmosphere, the leaders and guests held the golden shovel, which symbolized hope, and laid the foundation for the first phase of the HBD Metal 3D Printing Equipment Development Base. With blessings and expectations, everyone witnessed this glorious moment together. The successful holding of the groundbreaking ceremony marks a key step in the construction of the project, which will surely become a beautiful new business card of Zhongshan in the future.

 

 

Project Introduction

HBD Metal 3D Printing Equipment Base Construction Project, the first phase of the project has a land area of 27.11 mu (1mu=666.67m2), mainly for the research and development and production of large, medium and small metal 3D printing equipment in the fields of military aerospace devices, medical bionic equipment, new energy, industrial precision molds and other fields.