Satellites

Satellite Technology and Satellite Components:
Revolution through 3D-printed Ceramics

In the world of aerospace, innovation and precision are key. At Schunk Engineering Ceramics, we are at the forefront of this revolution, particularly in the field of satellite technology and satellite components. By using state-of-the-art 3D printing processes, we are pushing the boundaries of space applications.

Aerospace

High-performance satellite components thanks to technical ceramics

The demands placed on satellites and their components are immense. They have to withstand extreme conditions in space, perform precise functions and be as light as possible. Our technical ceramics, especially reaction-bonded silicon carbide (RBSiC), offer the perfect solution for this. The exceptional material properties of RBSiC enable the production of satellite components that are not only light and robust, but also meet the highest quality and reliability standards.

Material Comparison Chart

Materials used by Schunk Technical Ceramics

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Comparison Chart: Materials

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The advantages of our technical ceramics

Benefit from the possibilities and properties of our RBSiC variants CarSIK and IntrinSiC®

Very low coefficients of thermal expansion
High flexural strength and rigidity
Bionic structures for minimum weight with maximum load-bearing capacity
Supported by FEM simulation
Precision machining in the µ range
Very high Weibull moduli (> 15)
Very good thermal shock resistance
Production of large and complex components (1.8 x 1.0 x 0.7 m)
Mirror polishing (under development)
A globally unique variant: production using 3D printing with IntrinSiC®

IntrinSiC©

The role of 3D printing in satellite technology

3D printing has established itself as a revolutionary technology in the manufacture of satellite components. By 3D printing ceramics, complex geometries can be realized that could not be produced using conventional methods, or only with considerable effort. This enables almost limitless design freedom, which significantly improves the efficiency and functionality of satellites. Advantages of 3D-printed satellite components made from RBSiC. Schunk Ingenieurkeramik uses its in-house 3D printing process IntrinSiC© to manufacture satellite components from RBSiC. . The process opens up great potential for our customers in terms of efficiency and performance

Partner

Why Schunk Technical Ceramics for satellite technology?

Schunk Ingenieurkeramik is your competent partner for the development and manufacture of satellite components. Our expertise in technical ceramics and 3D printing technology enables us to develop products that significantly improve the performance and reliability of your space applications. With our approach to bionic component optimization and the use of 3D-printed RBSiC, we offer solutions that are not only technically leading but also cost-efficient.

Brochure: IntrinSiC® 3D-printing

Create design in diamond-like hardness

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