3D Printed Technical Ceramics Content Library

Binder jet 3D printing technology has inherent advantages for the additive manufacturing of technical ceramics, including print speed, print size and material choice flexibility. The Desktop Metal X-Series systems process specialty materials including silicon carbide, boron carbide, tungsten carbide, and oxides.

Learn more from our customers innovating their applications with binder jetting.

Unlocking the Space Economywith 3D Printing

Canopy Aerospace develops a range of mission-tested thermal protection systems and next-gen ceramic components with binder jet 3D printing.

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USNC 3D Printed Silicon Carbide Nuclear Fuel Capsule

Ultra Safe Nuclear Corp. Case Study: 3D printing a new nuclear future with silicon carbide

USNC 3D prints silicon carbide heat-resistant ceramic particles in unique geometries that can safely surround nuclear fuel.

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TECNALIA Research & Innovation Case Study: Silicon carbide satellite optical mirror support

Binder jet 3D printing provides a near-net shape silicon carbide part that reduces post-processing and improves weight performance.

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Saint-Gobain Research North America Case Study: 3D printing technical ceramics at scale

Saint-Gobain uses two X-Series binder jetting systems to research, develop, and scale technical ceramic 3D printing.

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JJ X-Ray Case Study: 2D collimator 3D printed in enriched boron carbide

Researchers at JJ X-Ray to advance 2D collimation with the design freedom of Desktop Metal binder jet technology.

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Ceramic 3D Printing with Binder Jetting Guide

Learn how with the flexibility of binder jetting, creating precision technical ceramics, which can be sintered or infiltrated to create ceramic composites, is relatively easy.

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