Development of and clinical tests on a new generation of prophylactic shoes for diabetics.
To develop specific processing systems, as reduced chrome, nonchrome, aldehyde, oxazolidine and heavy vegetable combination and /or resin tannage which gives desired blend of properties for the restauration of antique leathers.
Innovation in processing technologies to manufacture medical leathers, shoe upper/linings for increased health and comfort efficiency.
One of the most important issues for winter shoes is how to keep feet warm and comfortable while outside temperatures are below zero. The project is based on research.
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.
Virtual shoe fitting is about replacing the existing footwear sizing systems (french, eu, uk, etc.) With a contemporary system based on 3d scan of a foot and 3d inner dimensions of a shoe. Consumer will scan his/her feet only once and will be able to buy best fitting shoes without trying them on.
Project is focused on the leather technology development using less hazardous salts: sulfides and chromium. The project aims to meet the demands of increasing market for new environmental technologies and high quality products.
Introducing the biocide with the participation of the plasma and vacuum technique on surfaces of polymers (both synthetic and natural) and thus obtain materials with biocidal properties. Surface modification is to be made in such a way as to ensure lasting attachment biocide materials.
The project goal is to develop innovative technologies for efficient use of auxiliary materials with low toxicity in leather processing for footwear uppers and lining