The spanish company idec (with its rtd subcontractor tecnalia) and the austrian company fill, will develop a fully automated rtm process fr automotive and aeronautic applications. The goal is to generate a solution being a demonstrator equipment prototype ready for operation.
Sensi-snow blast is a novel dry snow industrial cleaning system, designed for producers in major manufacturing industries.It offers the first solution for on-site precision cleaning of complex manufacturing machines and materials that are too delicate for cleaning with existing cleaning technology.
The result of the project is a portable welding device that will be much lighter, more flexible and easily transportable across the stairs. The device will be made of several components, of which none will exceed e.G. 50 kg. The device will use a new generation of lasers (fibre lasers).
To define solutions to arrange precision clamping and position and angle adjustment of a micro- or thin-walled workpiece near the working area directly in a new type of adaptive workpiece holder with clamping force control and pattern recognition for higher repeatability.
Development of a new hss roll grade for improved productivity, surface quality and operational safety in a hot strip mill
Tools aims to develop new technologies in tool manufacturing to improve their efficiency in the production of composite parts. In order to enhance tooling behaviour, tools aims two main purposes: optimization of tooling material and geometry and development of more intelligent tools
The stamping of electronic components demands narrow production tolerances and high productivity. Developed smart mechatronic forming tools with optimized lubrication system, sensored process, cooled tool parts enable eco-friendly oiling concepts and immense increase of process productivity.
Star-dip aims to research, develop and scale-up of an innovative dip-coatable multifunctional added-value sol-gel coating formulation and the corresponding dip-coating process to improve the corrosion resistance of different metal surface automotive and aeronautics components.
The companies gonvarri and fill will develop in the mutual research project "fit" a basic understanding of the heating, cooling and consolidation behavior of ud thermoplastic tapes and the use the examined heating concepts for the automation of thermoplastic fiber composite components.
This project will develop a smart correction method for the purpose of zero-defect manufacturing that minimizes the thermally induced errors automatically during production. The method is based on innovative sensors that can detect structural deformations induced by all existing thermal effects.