Research + Development

Fig. 1: Cellular metals from wire developed at the ITM of TU Dresden. © ITM, TU Dresden, Mirko Krziwon

24/09/2020 – Weaving technology

Weaving technology

Woven cellular metals made of wires

A team of researchers at the TU Dresden has succeeded in producing three-dimensional cellular metals from wires with the help of weaving technology. The ... By Jörg Dambock

The DC Laboratory at Fraunhofer IPA tests components for converting production plants to direct current. Electronic power converters and a stationary battery storage system at Fraunhofer IISB. © © Fraunhofer IPA/Rainer Bez

22/09/2020 – Powered by direct current

Powered by direct current

DC smart grids for production halls

Most production plants today are still powered by alternating current. In the long term, however, research teams from the Fraunhofer Institutes for Manufacturing ... By Jörg Dambock

10/08/2020 – Research alliance

Research alliance

Artificial intelligence for industrial use

The Stuttgart-based Fraunhofer Institute for Manufacturing Engineering and Automation IPA and the high-tech company Trumpf have formed a research alliance ... By Jörg Dambock

13/02/2020

Energy-efficient processing of high-tech metals

The new electro-pulse plant developed at the Institute for Processing Machines (IAM) of the TU Freiberg in the joint project “ELIZE” enables a particularly ... By Jörg Dambock

12/02/2020

Die cast aluminum coils for efficient electric motors

Whether pedelecs, e-scooters or drones, most types of mobility are powered by an electric motor. In order to make these motors more efficient, there are ... By Jörg Dambock

03/02/2020

Faster procedure for flame-retardant plastics

Many modern plastic materials do not come without added flame protection. When developing new plastic compositions of this kind, the aim is to achieve ... By Jörg Dambock

29/01/2020

From 2D crystal to 1D wire

No volume, not even a surface: A one-dimensional material is like a wire and has properties that are completely different to its 3D counterpart. Physicists ... By Jörg Dambock

Research & Development