Additive manufacturing produces dense technical ceramics for wear parts, electronics, and high-temperature components with geometries casting cannot reach.
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Silicon-carbide nozzles and combustion hardware that hold their shape where metal alloys soften.
High-toughness zirconia for dental, medical, and precision structural components.
Dense alumina insulators and substrates for high-voltage and high-frequency electronics.
Triply-periodic lattices for stiffness-to-weight, filtration, and thermal management.
Cordierite and SiC parts for burners, heat exchangers, and thermal-shock duty.
Hard, corrosion-resistant ceramics for tooling, seals, and abrasion parts.
DLP, binder-jet, or paste extrusion forms a green body from ceramic-loaded resin, powder, or slurry.
Binders are slowly burned out of the fragile green part without cracking or warping.
High-temperature firing densifies the part to 99%+ and its final ceramic properties.
Each ceramic system prints and fires differently. Coverage spans the engineering ceramics behind demanding technical parts, with the debind and sinter schedules each one needs.
