What we at the HTL can do for you

The Fraunhofer Center for High Temperature Lightweight Structures HTL develops and manufactures components made of ceramics, metal and metal-ceramic composites via additive manufacturing. Standard materials are aluminum oxide, zirconium oxide, silicon carbide and steel. The technology field of additive manufacturing includes the development of new material systems and manufacturing processes, the production of prototypes and small series, the quality management of additively manufactured components as well as the development and construction of customer-specific 3D printers.

Below we have compiled our most important information material on the subject of additive manufacturing for you: Short videos, product flyers, publications, websites.

We will be happy to answer any questions!

Vogt, J.; Seifert, G.; Raether, F.: Towards Ceramic Production via Digitalization and Additive Manufacturing, Ceramic Applications, 9/2021, S. 36-44.

Erhard, P.; Angenoorth, J.; Vogt, J.; Spiegel, J.; Ettemeyer, F.; Volk, W.; Günther, D.: Characterization of Slurry-Cast Layer Compounds for 3D Printing of High Strength Casting Cores, Materials 2021, 14, 6149.

Vogt, J.; Stepanyan, M.; Erhard, P.; Günther, D.; Garching, S.; Schmalzl, F.; Gläser, S.: Slurry-based 3-D-printing of Casting Cores, Casting Plant & Technology, 03/2021, S. 30-35.

Raether, F.; Vogt, J.: From Prototyping to Serial Production – 3D-Printing in Ceramic Manufacturing, CFI Ceramic Forum International, 3-4/2020, S. E45-E50.

Vogt, L.; Schäfer, M.; Kurth, D.; Raether, F.: Usability of electrophoretic deposition for additive manufacturing of ceramics, Ceramics International, 45/2019, S. 14214-14222. (Abstract)

Nachum, S.; Vogt, J.; Raether, F.: Additive Manufacturing of Ceramics: Stereolithography versus Binder Jetting, CFI Ceramic Forum International, 3/2016, S. E27-E33.

Production of components from ceramics using stereolithography

Production of components from metal using binder jetting