On-Demand Webinar: Industrial-Scale Ceramic Additive Manufacturing
Webinar recording with 3Dnatives: Use cases, design guidelines, and process limitations
Technical ceramics offer unparalleled material properties, from extreme thermal stability to exceptional corrosion and wear resistance. When combined with the geometric freedom of additive manufacturing technologies, these materials are becoming indispensable for demanding sectors such as the semiconductor industry, medical devices, aerospace, and advanced machinery.
However, successfully and cost-effectively scaling ceramic 3D printing for industrial series production requires a deep understanding of design constraints, material behavior, and process capabilities. In a joint webinar hosted by the industry platform 3Dnatives, our Head of Research & Development, Dr. Malte Hartmann, explored these core aspects in detail. The full recording of the webinar is now available on-demand.
Watch the Webinar Recording Now
Real-World Use Cases and Design-for-Manufacturing Guidelines
This webinar is tailored for engineers, designers, and technical decision-makers evaluating additively manufactured ceramic components for functional applications in demanding environments.
Key highlights of the webinar include:
- Industrial Applications: Real-world use cases from the semiconductor, medical device, and mechanical engineering sectors. The session analyzes the initial engineering challenges, the specific design approaches, and the resulting performance improvements.
- Design-for-Manufacturing Guidelines: Practical engineering insights for ceramic additive manufacturing, including critical parameters regarding component geometry, tolerances, and material-specific shrinkage behavior.
- Process Limitations: A transparent analysis of the boundaries of ceramic AM, highlighting scenarios where the technology does not offer a technical or economic advantage.
About the Speaker
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Dr. Malte Hartmann is the Head of Research and Development at Sinto Advanced Ceramics Europe GmbH (formerly Bosch Advanced Ceramics). Following his academic background in chemistry and materials science, he earned his PhD at TU Wien, focusing on lithography-based ceramic additive manufacturing (LCM). After a postdoctoral appointment at FAU Erlangen-Nuremberg, he transitioned into the industry to drive the industrialization and scale-up of ceramic 3D printing for high-volume, customer-specific series production.
As a specialized contract manufacturer, Sinto Advanced Ceramics combines over a decade of process expertise with robust, reproducible manufacturing technologies, having successfully delivered hundreds of thousands of series-production ceramic components.
Take this opportunity to gain valuable insights into the manufacturing-compliant design of your ceramic components.