Our innovative, 3D-printed ceramic crucible enables high-precision thermogravimetric measurements with an accuracy of up to 1µg, even at extremely high temperatures and pressures.
A new type of ceramic nozzle combines plasma with FDM printing. The plasma treatment of individual layers in the printing process enables defined adhesive properties, the sterilization of surfaces and the creation of conductive layers.
3D-printed ceramics support European researchers in the design of an innovative nuclear reactor. This EU project aims to make super-GAUs impossible, drastically reduce nuclear waste radioactivity and produce isotopes for cancer research.
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