Our microfabrication technology provides full versatility in resolution, speed, cost, and design flexibility. So far, no other fabrication technologies have been able to merge these features into one technological solution, which makes our volumetric micro-lithography a breakthrough innovation. Moreover, it can be deployed in a wide range of valuable micro-scale products: micro-sensors, bio-scaffolds, micro-lenses, photonic circuits, microfluidics, and metamaterials, which are used by large and rapidly growing industries: production of smartphones, lighting, cameras, data processing centres, cell research, tissue regeneration and artificial organs, point-of-care diagnostics, and drug development. In this project, we would like to investigate a potential use of our technology to produce microstructures for drug delivery applications (e.g. microneedles patch for cosmetics, pain management, cancer therapy, hormonal delivery, and vaccine administration), that will help in better self-administration, patient compliance, and increased efficacy.

 Medical equipment

 Manufacturing 2.0

 Medical Biotechnology

 Research