The main aim of the project is developing a new generation of products in the area of health care, focused on 3d textile structures using the combination of new optimised textile fabric constructions and convenient use of new functional fibres.
The target of this project is research and development of a unit for testing catalyzers for oxidation of volatile organic compounds. This special equipment will allow testing and selection of optimum catalytic fillings targeted to lower emissions of voc.
This project is focused on a new 3d printed cranial orthosis. This project will integrate available digital technologies (3d scanning, computational modelling, 3d printing). The goal is to develop new product (cranial orthoses) and production method (direct digital manufacturing process).
The development of external fixator with possibility of computer controlled bone lengthening or realignment in dependency on bone adhesion area tension
The aim of the project is to research and develop the construction of a new water treatment system using reverse osmosis with a power range of 50 liters per hour with intelligent control including remote monitoring by the service center.
The main objective of the project is to extend the functional properties of polypropylene multi-filament yarns and fabrics for outdoor applications (sunshades and garden furniture) and personal protective working clothes for the chemical industry and technical textiles for the food industry.