The main purpose of the project is the definition, development and verification of new polymeric nano-composite materials for use as structural profiles in facades as a substitution for metallic profiles. This will lead to several advantages.
To focus on applied r&d to reach a new generation of components (materials, sensors, control units and mechatronics) for manufacturing integrated production systems. S-scam-s will contribute, as an important catalyst, to a radical industrial innovation.
To develop a sustainable & innovative cryogenic machining system/technology for overall machining performance enhancement, based on enhanced environmental impact, energy consumption, safety, personal health, waste management and manufacturing costs, and by employing sustainability principles.
The project will result in new nodular irons with high performance surfaces, enabling cost-efficient press-tool concepts by means of new casting processes and new die manufacturing processes. The new processes will be implemented within foundries, die manufacturing and wind mill production.
Experimental development of a highly performant push-to-talk-over-cellular (poc) mobile client and a zero-installation ims web client. These sip based multimedia clients initially feature poc and could evolve smoothly to full-duplex voice and combine with video and file sharing for example.
To construct a heavy duty 3-axis punch grinding machine based on new design and new control possibilities that meet industrial demands in terms of material removal and precision.
Feasibility study for introducing lightweight technology in framing stations to be able to reduce investment cost, improve flexibility and improve productivity.
To develop an electric driven post cart based on new technology to handle the last post mile in an ergonomic way with zero emissions. The goal for the project is to have a post cart ready for the market.
To elaborate the method for obtaining a multi-functional additive to bitumens, a derivative of amideamines, and testing applicability of the additive to asphalt.
To develop an innovative business model for packaging functions of sheet metal industry. The business model will be based on leasing or selling packaging material with an innovative device for applying the packaging material.