Often used for creating complex, high-precision metal or ceramic parts for tooling, binder jetting (BJT) selectively deposits a liquid binding agent over selected areas of a powder bed. The part is created layer by layer where the binder bonds the powder particles rather than by fusion. The printed “green body” part is then post-processed and consolidated by infiltration and sintering.
With Inspire Print3D, it’s easy to define the print part, oven, orientation, and setters for a metal BJT simulation, then perform a shrinkage and compensation analysis.