Thus, the IQnano3D printing system can create objects that have microscopic structures. This has many uses, for example enabling the transformation of common and brittle ceramic materials into flexible and extremely light products, as up to 90 percent of their volume can be air. In practice, then, this 3D nanoprinter opens the door to the development of advanced materials that can be used, for example, in the manufacture of equipment for space flights or in scientific research.
"In biomedicine, this technology can be used to develop new types of micro-implants for the treatment of injuries such as nerve injuries. The technology can also be used, for example, in the development of synthetic models of tissues and organs or plasters with a system of microscopic needles, the application of which will be painless," said Milan Matějka, the company's executive and co-author of the device.
At the same time, he emphasized that the patch with a system of microscopic needles will be able to release medicinal substances in a controlled manner. Milan Matějka believe that by bringing their system to the market, they are bringing a revolutionary solution for advanced research and development in many industries.
Created by the team of Czech Trade Scandinavia
