New upholstery textile materials with specific and anti static properties lasting throughout operational time. Protection of the human being and electronic equipment against electric fields, for safe outlets of accumulated charge.
The aim of the project is to manufacture renewable plastics (phb, phbv) with a new industrial process.
Currently, electrochemical machining (ecm) does not allow for meeting the specifications prescribed in many high-tech applications for advanced materials. We will develop a new technological foundation for ecm that addresses these limitations.
To develop a high power quasi-cw fibre laser emitting in a visible, uv (ultraviolet) and ir (infrared) wavelength for micro-machining applications.
The aim of the project is development and clinical tests of a new generation of therapeutic surgical footwear for patients suffering from common simple and medially heavy orthopaedic handicaps.
Development of a measurement system for energy reduction in the ceramic industry
Development of biodegradable fragrance encapsulation system for fabric softener applications