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We offer not only standard components, such as axles and spindles, but also customized components. The earlier you involve us in your project, the faster and more cost efficiently we can achieve your goal.
Ceramics can make completely new concepts in engineering possible and even optimize technical systems. maxon shows how it works.
The customary path from idea to real ceramic component is frequently very time-consuming. A mold is needed to create the green compact to be sintered. Subsequently, it is turned and cut, sintered, and sanded in work-intensive processes. There are cheaper and faster alternatives: Ceramic prototypes from a 3D printer. As soon as the STEP file (Standard forthe Exchange of Product model data, a customary method of exchanging 3D data) is ready, an offer can be generatedvery quickly. As soon as ten to fourteen days after order placement, our customers receive first prototypes.
The customary path from idea to real ceramic component is frequently very time-consuming. A mold is needed to create the green compact to be sintered. Subsequently, it is turned and cut, sintered, and sanded in work-intensive processes. There are cheaper and faster alternatives: Ceramic prototypes from a 3D printer. As soon as the STEP file (Standard forthe Exchange of Product model data, a customary method of exchanging 3D data) is ready, an offer can be generatedvery quickly. As soon as ten to fourteen days after order placement, our customers receive first prototypes.
This white paper provides information on the most important fundamentals of technical ceramics and their possible applications. It also provides an overview of design features that need to be taken into account in order to achieve optimum results in technical systems.
We offer not only standard components, such as axles and spindles, but also customized components. The earlier you involve us in your project, the faster and more cost efficiently we can achieve your goal.