As one of the scientific and technological achievements of Shanghai's major scientific research project "3D Printing Equipment Related Technology and Application Research" during the "Twelfth Five-Year Plan" period, this product adopts a modular design concept and can be used to test the performance indicators of different core components. The system is open and the program is open, providing technical support for the mass production of low-cost metal powder molding, and driving the development of related industries such as new materials and equipment manufacturing
The mission of Shanghai Industrial Technology Research Institute is to "provide a platform for overall planning, support and service for common technology research and development, achievement transformation and industry". Trojans are fortunate to participate in the research and development of 3D new technologies by the Institute of Technology, helping them to transform from technology and technology innovation and the combination of technology and products to commercialization.
The results of the project can be directly used in high value-added applications such as aerospace, automotive manufacturing, molds and medical devices. The use of high-energy laser irradiation to melt all the metal powder, directly forming close to the density of the metal parts. Free molding of any complex parts, shorten the product molding cycle, reduce development costs. At present, the quality of the printed parts of the product has reached the advanced level, and part of the structural design is better than the foreign level; it has a great cost advantage. Printed Materials


It can be tool steel, stainless steel, titanium alloy, nickel alloy, aluminum alloy, etc.
The product adopts the modular design concept, the system is open, and the program is open source. It can also be used to test the performance indicators of different core components, software testing, material development and many other studies, so as to realize low-cost metal powder metal forming and metal materials in the future. The technical approach for mass production is to drive the development of new materials, new equipment manufacturing and other related industries, and improve Shanghai's industrial transformation and upgrading capabilities. The appearance design carries out the whole body with a sense of digital technology. The whole body adopts the simple features of straight lines and large rounded corners. The different colors and lengths of LED light bars are used to show the different use states of the printer. The observation is simple and clear.