Our research team is further powered by expertise of our engineers – we are skilled in advanced CNC manufacture, 3D printing and electronic engineering.

InoCure RnD premises are equipped with necessary infrastructure to develop novel systems using electrostatic and polymer chemistry methods. We are developing advanced nanoparticle, nanofiber and scaffolding systems using electrospinning, electrospraying, spray drying, liposome formation and emulsification methods. The systems are characterized using spectroscopic (i.e. FTIR, fluorescence and UV-Vis spectroscopic methods), optical (i.e. scanning electron microscopy) and material science (i.e. dynamic light scattering, viscosimetry) methods.

InoCure delivers solutions for following application fields:

• Tissue engineering – development of scaffolds and nanosystems delivering active molecules. Our key focus is on polymeric systems, which are formed and characterized by our researchers. InoCure researcher have experience with development of both cell-based and cell-free tissue engineering scaffolds.
• Drug delivery –  either you need localized or systemic delivery our researchers can suggest delivery system for you. Our nano/microparticles are based on liposomes, emulsions, electrospraying or spray drying methods. In addition, we are able to deliver drug-releasing membranes based on electrospinning methods.
• 3D cell culture – InoCure delivers systems for 3D cell culture based on nanofibers, microfibers, short fibers or nanoparticles. Our InoSPIN device enables formation of scaffolds for most challenging 3D cell culture applications.
• Technical applications – our researchers have experience in development of coatings, non-woven textiles and 3D printed systems. Our systems are compatible with fillers and inorganic nanoparticles for broad range of applications – i.e. energy, green fuel, electronics.