Project description: by the Beijing Nashengtong New Material Science and Technology Co.Ltd, Beijing Thermoplastic Composite Engineering and Technology Research Institute,, Carbon Fiber Composite Innovation Center and the University of Lorraine, France, the University of France, the University of France, academician of the academy of science, professor hu guohua, the cooperation of independent innovation research and Developed for the intelligent manufacturing of industrial parts and components of high-strength 3D printing carbon fiber nanocomposite additive project in November 2015 was successful.?
This patented technology adds to the domestic blank in this field, and becomes a new type of ultra-lightweight, high-strength, high-temperature, wear-resistant, corrosion-resistant industrial-grade 3D printing augmentation consumables following the U.S., Germany, the U.K., and Japan, which has a wide range of applications in the aerospace, new energy, automotive, high-speed rail, mechanical, medical, electronic and electrical appliances, sports equipment and other industries.
Currently, the R&D team is working with a number of 3D printer hardware companies and software design companies to continually optimize the specialized printing equipment, with the goal of printing the final industrial component products for aerospace, new energy, automotive, machinery, electronics and medical applications.?
2. "Clinically Appropriate and Innovative 3D Bioprinting"-Nopo Regenerative Medicine Suzhou Co.
Project description: Developing Organ Printing United System (OPUS) technology-based 3D bioprinting platform system to create a leading 3D bioprinting complete solution (including 3D bioprinting hardware platform, bio-ink, services and solutions), providing new technological solutions for drug development, clinical research, scientific research and so on. We also develop clinically applicable tissue engineering products (3D printed cartilage and skin) to provide patients with 3D printed human tissue in the form of implantable medical devices to address the treatment of tissue defects.
3, "Metal 3D Printing Equipment and Applications"-Jiangsu Yongnian Laser Forming Technology Co.
Project description: led by China's first 3D printing, former Tsinghua University, Professor Yan Yongnian, composed of industry-leading level of technology research and development team, with a complete range of independent intellectual property rights and software development capabilities. Won the second place in the advanced manufacturing industry group of the Third China Innovation and Entrepreneurship Competition in 2014, and a high-tech enterprise in Jiangsu Province in 2015. The main product is metal 3D printing equipment (laser selective melting SLM equipment) has passed the identification of new products in Jiangsu Province, and is now in small batch production. Products are used in aerospace, automotive parts, industrial molds and educational research and other fields.