In view of the application pain points of traditional industrial laser cladding equipment in schools, scientific research institutes, and powder manufacturers, Huirui’s technical team carefully developed and launched miniaturized high-throughput material preparation equipment that is small in size, refined, and uses less powder – Metal+®one high-throughput material preparation 3D printing equipment (educational version) is particularly suitable for use in scientific research laboratory environments.

Working Principle
The equipment uses special control software to generate printing trajectories and powder feeding rates of each powder barrel for different samples according to the different multi-component powder proportions and printing quantities preset in the experiment. Printing starts after the water and oxygen index in the environmental box drops below 10 ppm. Powders with different powder feed rates enter the mixer and are fully mixed in real-time. They enter the coaxial nozzle and are ejected under the transportation of inert protective gas. The high-power laser mixes the powder It melts and moves according to the preset trajectory driven by the three-axis mechanism to print out test samples with different composition ratios.