Forming of Additively Manufactured Ceramics by Magnetic Fields

The application of additive manufacturing using liquid material extrusion is inherently linked to material-related deformations and limitations in the choice component geometry. This empirical study addresses question how plasticity a ceramic composite can be utilized for new integrated design process. In exploratory approach, not limited its soft plastic state, but malleability harnessed design-oriented approach. For this purpose, magnetic particles are added clay mass. developed controlled, stabilized, shaped by fields directly process modified equipment. permanent magnet an electromagnet were compared while distance between printed part was controlled optical sensor.