Additive manufacturing in the focus of rapid.tech 3D 2025

rapid.tech 3D 2025 will provide a comprehensive overview of current developments and possible applications of additive manufacturing technologies. In various keynotes, experts from industry and research will shed light on the potential of 3D printing in different sectors, including aviation, motorsport and the defense industry.

In his opening speech, Dr. Karl-Heinz Dusel from MTU Aero Engines will analyze the challenges and opportunities of additive manufacturing for the aviation industry. He points out that despite the many years of use of additive technologies, the high costs continue to be a limiting factor. However, new component designs could contribute to more efficient and environmentally friendly propulsion systems. The increasing pressure to reduce emissions and rising demand in the aviation sector are increasing the need for innovative manufacturing methods.

3D printing is also playing an increasingly important role in motorsport. Pat Warner from the BWT Alpine Formula One Team will explain how additive manufacturing technologies contribute to the development and optimization of race car components. Currently, over 200 race car components are made from additively manufactured elements, which improves both performance and maintenance efficiency. The close integration of development and production makes it possible to react quickly to new requirements.

Another key topic is automation in additive manufacturing. Max Schaukellis from Roland Berger will present successful implementation strategies that increase the efficiency and scalability of production. In addition to technological solutions such as robotics and AI-supported process optimization, he will also address strategic factors such as cross-functional collaboration and continuous innovation.

The defense sector is also increasingly using additive manufacturing technologies. Dr. Remzi Ecmel Ece from Turkish Aerospace will report on current developments in this area. In particular, the flexible and demand-oriented production of components represents a decisive advantage for military applications.

Quantum Photonics will be held in parallel with rapid.tech 3D for the first time. This event is aimed at researchers and engineers working with quantum technologies in areas such as sensor technology, communication and imaging. The interfaces between additive manufacturing and quantum technologies open up new synergies that could enable future innovations in both disciplines.