Laser nanoFab was founded to commercialize nanofabrication technology and systems. Web: http://www.lasernanofab.com/

Main research interests of the AIS Team are the development and application of new materials and process technologies enabling the targeted improvement of material properties towards the design and production of innovative implants and implant-coatings based on both metallic and polymeric materials. In this context, the team collaborates closely with leading national and international research institutions and companies covering both permanent and biodegradable implants.

The Group's current interests cover the laser-based fabrication and optoelectronic characterization of ultrapure nanoparticles, their surface functionalization. Evenly, the focus is set on the laser-synthesis of advanced nano-bioconjugates, biofunctionalization of medical implants, developement of complex drug-release systems and nanoparticle-polymer composites mainly for regenerative cellular therapies, human implantology and for novel industrial solutions both in biomedicine and in the… Show more The Group's current interests cover the laser-based fabrication and optoelectronic characterization of ultrapure nanoparticles, their surface functionalization. Evenly, the focus is set on the laser-synthesis of advanced nano-bioconjugates, biofunctionalization of medical implants, developement of complex drug-release systems and nanoparticle-polymer composites mainly for regenerative cellular therapies, human implantology and for novel industrial solutions both in biomedicine and in the automotive industry. Show less

Development, up-scaling and processing of ultrapure nanoparticles, mainly for in-vivo bioimaging, amplified catalysis and modified metallic implant surfaces.

REBIRTH-Cluster of Excellence, Unit "NanoParticles"Development of advanced biomedical implants having antibacterial protection, hemocompatibility and anti-thrombogenic properties. Laser-based fabrication of ultrapure nanodrugs and cell-tergeted on-request local drug-delivery systems even for deep-tissue regions.

Investigation and realization of laser-based high-resolution read-writable, re-writable 3D optical memories based on LiNbO3.