Recently, the first "Additive Manufacturing | Chain Future" series of activities, titled "Solid Waste Resource Utilization and Intelligent Construction Technology Salon," hosted by the Additive Manufacturing Special Committee of the China Workers' Technology Association and co organized by SpaceDicon-subsidiary of MSTN Group was successfully held in Beijing. This salon focused on the core pain points of low-carbon transformation in the construction industry, bringing together numerous experts and scholars from research institutes, universities, construction enterprises, and the field of intelligent equipment. We will conduct in-depth discussions on key aspects such as solid waste based 3D printing materials, intelligent construction equipment, and digital construction implementation paths, with the aim of building an efficient platform for industry university research integration to assist in the large-scale implementation of solid waste resource utilization and building additive manufacturing technology.

As the co organizer, Zhang Yonghong, General Manager of SpaceDicon and her team were deeply involved in the planning of the event, the display of technological achievements, and the docking of industry resources throughout the entire process. Successfully connected various forces such as upstream solid waste treatment, midstream material research and development, and downstream engineering construction.

In the future, SpaceDicon will continue to deeply cultivate the two core tracks of solid waste based green printing materials and intelligent 3D printing equipment, and continuously iterate integrated solutions. At the same time, relying on the "Additive Manufacturing 100 " series of activity platforms, Space Intelligent Building will carry out regular technical exchanges and project demonstrations, work together with universities, associations, and industry chain partners to promote the "turning waste into treasure" of construction waste and industrial tailings, and use digital model free construction technology to help the construction industry reduce carbon and waste, and jointly build a green, low-carbon, and efficient intelligent construction new ecology.