Surface modifications
We are involved in improving the surface properties of a wide range of materials such as glass, polymers, foils, textiles, metals, paper or wood. We are dedicated to cleaning, activations, decontaminations and functionalization of surfaces and to treatments that lead to increased hydrophilic properties, better wettability and higher adhesion for downstream processes such as bonding, printing or coating.
Bioaplications
We focus on improving seed germination, protecting seeds from diseases and pathogens, effectively killing bacteria and fungi, and promoting healthy plant growth. Our activities also include photocatalytics water treatment and removal of residual pharmaceuticals and other contaminants from wastewater.
Functional layers
We focus on the development of advanced functional and ultrathin composite layers using ALD technologies, the creation of solutions for flexible and printed electronics, and plasma-assisted calcination of nanofibers to modify their properties.
Special applications
We are dedicated to special applications of plasma technology for the production and processing of advanced materials. We develop plasma-assisted calcination of nanofibers and study their structures. We focus on the fabrication of graphene oxide papers and their plasma-induced reduction, as well as the rapid reduction of 3D graphene oxide structures for use in electronics, sensors and energy storage.
Roll-to-roll processes
We target research and development of in-line plasma sources integrated into roll-to-roll production lines. These technologies enable efficient, large-scale and low-cost surface treatment of various materials directly during continuous production. We aim to optimize process parameters and treatment scalability for industrial applications across sectors such as packaging, textiles, electronics or automotive.
Basic research
We focus on understanding the physical and chemical processes that occur on the surface of materials during plasma exposure, with the goal of elucidating the mechanisms of surface activation, functionalization, and modification. Our research also includes the study of the fundamental properties of dielectric barrier discharges, their development, and the optimization of their parameters for industrial applications.
Surface analysis
We specialize in physical and chemical analysis of materials after plasma treatment. We determine the chemical composition of the surface, the newly formed functional groups and evaluate physical parameters such as roughness, morphology, homogeneity of the treatment and layer thicknesses. These analyses allow us to observe in detail how the plasma affects the structure and properties of the surface and what conditions lead to the desired characteristics.
