Reference projects

With the aim of shortening the duration of layout planning while simultaneously improving the quality of the results, the CoLa project will be researching an innovative point cloud-based planning approach.

The aim of CU GreenCeramic is to create a fundamental database for the use of regenerative raw materials in the production of carbon fiber-reinforced plastics (CFRP) and carbon fiber-based ceramic matrix materials (CMC). To this end, alternative process routes for the production of carbon fibers and matrices based on regenerative materials are being considered. The aim is to establish, consolidate and expand the visibility and acceptance of the use of CFRP and CMC from renewable raw materials (regCFRP and regCMC) in society, industry and politics.

»PulFlex« is developing a novel process chain for curved, continuous fiber-reinforced thermoplastic profiles. The aim is to create a lightweight, durable, and fully recyclable cross-member made of glass fiber-reinforced plastic for high-voltage power lines—achieved by combining PulBraiding and bending processes.

The Espresso research project is developing highly oriented thermoplastic tapes made from recycled carbon fibers for use in second-life structural components like bicycle handlebars.

Additive manufacturing processes have been in vogue for years - the production of individual one-offs and functionally optimised components in small series mean great progress, especially for mechanical and plant engineering, aerospace and the automotive industry. Fraunhofer IGCV has recognised this potential and has since been researching additive manufacturing processes for the production of mechatronic multi-material components.

»Diggi Worms« is an innovative system developed to search and grip components. It is based on a novel technology and offers an efficient solution for the automated handling of components, for example for precise application in additive manufacturing.

The aim of the AnomalieAI project is to develop an approach using Artificial Intelligence (AI) to identify anomalies in castings in order to save both costs and time.

The MULTISURV research project investigated methods of process monitoring in multi-material processing in collaboration with the Augsburg Multi-Material Center. Examples of this are powder bed monitoring and quality control of solidified coatings, both using active thermography. Another area is the spectroscopic analysis of process emissions.

Ziel des Projekts HYBDED ist die Implementierung mechatronischer Komponenten in ein kaltgasgespritztes Bauteil mittels RFID-Tag, wodurch eine hohe Auftragsrate und damit kurze Fertigungszeiten ermöglicht werden. Mit der Integration von Sensoren in Bauteile können Daten an bisher nicht oder nur sehr schwer zugänglichen Positionen erfasst werden.

In the DAMOKLEZ research project, an approach is being developed for the development of components for electromobility that enables an overarching consideration of the entire life cycle, taking into account production and operation. This results in a continuous development in a closed loop.