Sinto Advanced Ceramics Expanded 3D Printing Portfolio
The company has introduced aluminum nitride and silicon nitride to its list of available additive manufacturing materials.
Updated on Sept. 25, 2026 in Materials Science
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Sinto Advanced Ceramics Europe has integrated two new non-oxide ceramic materials into its 3D printing lineup. This expansion aims to provide customers with greater flexibility in component design and material selection.
Why it matters
The addition of these materials allows the company to better address complex technical requirements involving thermal, electrical, and mechanical properties. By broadening its portfolio, Sinto seeks to offer more tailored solution paths for industrial manufacturing challenges.
Sinto Advanced Ceramics has added two non-oxide ceramic materials to its additive manufacturing catalog. The company verified the processability and stability of these materials through rigorous testing of reproduction metrics.
The players
Sinto Advanced Ceramics Europe
This company specializes in advanced ceramic materials and industrial manufacturing solutions.
The details
Aluminum nitride was selected for its electrical insulation and thermal conductivity, while silicon nitride offers enhanced fracture toughness and mechanical strength. Sinto works directly with customers to evaluate these materials against technical design requirements.
Timeline
September 24, 2026: Sinto Advanced Ceramics Europe announced the addition of new materials to its portfolio.
The Big Picture
This development follows the trajectory of 3D printing additive manufacturing processes within the industrial sector. It marks a shift toward specialized non-oxide ceramics that enable more complex and durable component designs.
Engineers and product designers can now utilize materials with higher thermal shock resistance and electrical insulation for additive manufacturing projects. These new options may lead to the development of more durable consumer electronics or high-heat industrial components.
The takeaway
Expanding material portfolios is a critical step in making additive manufacturing a viable choice for high-performance industrial applications. Designers should consider how these specific ceramic properties can replace legacy materials in their upcoming projects.
Further reading
Learn more about the latest innovations in Materials Science.
Source note: This article includes information reported by VoxelMatters - The heart of additive manufacturing.
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