Examples of printing techniques: Stereolithography can be used to manufacture components in great detail by selectively cross-linking a resin. Extrusion-based 3D printing processes can be used to manufacture multi-component parts. The novel printing process ,,Melt Electrowriting’ enables the production of scaffold carriers made of fibers with diameters smaller than those of human hair. These thin fibers make it possible to control cell-material interactions in scaffold carriers. (Image: Chair of Functional Materials in Medicine and Dentistry / University of Würzburg).
Examples of printing techniques: Stereolithography can be used to manufacture components in great detail by selectively cross-linking a resin. Extrusion-based 3D printing processes can be used to manufacture multi-component parts. The novel printing process ,,Melt Electrowriting' enables the production of scaffold carriers made of fibers with diameters smaller than those of human hair. These thin fibers make it possible to control cell-material interactions in scaffold carriers. (Image: Chair of Functional Materials in Medicine and Dentistry / University of Würzburg). Professor Jürgen Groll has raised around 880,000 euros for a new project. His team wants to use it to lay the foundation for improved multifunctional medical implants and materials .
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