3D printing high-throughput material equipment that is compact in size, refined and accurate powder feed, especially for use in material design research and laboratory environments.

>>Equipment Characteristics
1. The multi-channel powder feeder can realize real-time powder mixing of various powders, and the mixing proportion is accurate and controllable; 
2. Develop special high flux test software system and interface, and print material sample blocks with different component proportions in batches at one time;
3. It can provide customers with a high efficiency, high powder utilization, flexible composition ratio, wide range of material selection, high flux or gradient functional material test and research equipment, which is applicable to the component selection, performance research and gradient material research of steel materials, aluminum alloys, titanium alloys, nickel base superalloys, high entropy alloys, ceramic powder materials.

>>Technical Paramerers

>>Operating Principle

The equipment uses special control software to generate printing tracks and powder feeding rate of each powder bucket for different samples according to different multi-component powder proportion compositions and printing quantity preset in the experiment. When the water and oxygen index in the environmental box is reduced to below 10ppm, printing starts. After the powder with different feeding rate enters the powder mixer for real-time full mixing, it enters the coaxial nozzle under the delivery of inert protective gas and is ejected out. The high-power laser melts the powder and moves according to the preset track driven by the three-axis mechanism to print the test sample blocks with different compositions and proportions.