MJF uses an inkjet array to selectively apply a fixer and refiner to a bed of nylon powder, which is then melted into a solid layer by a heating element. After each layer, the powder is distributed to the top of the bed, then the process is repeated until the part is finished.

After printing, the entire powder bed with the encapsulated parts is moved to a vacuum treatment station, where most of the loose powder is removed by an integrated vacuum. Parts are shot peened to remove residual powder and then sent to the treatment department for dyeing or secondary processing.

The MJF 3D printing process simplifies workflows and reduces costs, enabling rapid prototyping to achieve groundbreaking economic parts manufacturing. An open materials and software innovation platform that lowers barriers to use and supports new applications across industries.

MJF 3D printing can produce end-use parts with near-isotropic characteristics on demand, and the performance of the products is better. The printing speed for small batch orders is fast and the comprehensive cost is competitive.