Status of projects: Labelled

Sustainable electrical motor windings via additive manufacturing of copper (E-SAM)

Robust post-processing of additively manufactured components

Competitive and sustainable molds for tomorrow’s composite production through function-integrating additive technologies

BRake pArtiCles Emission Reduction

Sustainable Machining of Extruded Aluminium for Automotive Applications

Innovative integration of high precision laser measurements, artificial intelligence based surface analysis and predictive process models

DISTorting the Aerospace Manufacturing Boundaries: OPerational Integration of Autonomy on Titanium

Improved hot forging processes by advanced numerical models for final properties prediction, the development of new tooling coatings and the application of AI in forging workshops

Integrated process for an automatized 3D food printing packaging system

Digital tWin based multi-sensor data Analysis platform for Near-zero Defect manufacturing

Sustainable composite powders and advanced manufacturing of highly wear-resistant components and tools for sheet metal forming

System for monitoring hydraulic pump systems in forming technology

Superpolished Freeforms Optical Systems (SFOS) for industry and nuclear fusion

ciRcular prOduction of flexiBle poyUrethane-baSed producTs

Smart welding of sustainable composites for medical applications

humAn-centered robust PLANning system with self-learning capabilities

Process technologies for the novel advanced material based on in situ polymerization

ATS Automationstechnik Schüller GmbH

Dynamic Scheduling of Assembly and Logistics Systems using Ai

Sustainable Surfaces by Intelligent Solidification in Manufacturing Systems

Cost Effective Smart Maintenance System for Steel Industry (CESMS)

Sustainable Grinding with Agile Robotics

A comprehensive methodology to analyse and optimize adhesive application, flow, and curing in industrial adhesive bonding processes

Developing an Energy Recovery System for Industrial Dishwashers

seaL desIgN wiTh machinE Learning