Novel cellulose nanomaterial for the 3D printing of complex objects

A team of researchers from ETH Zurich (Switzerland) and the Swiss Federal Laboratories for Materials Science and Technology (Dübendorf, Switzerland) have successfully 3D printed objects with nanocrystals containing the highest concentration of cellulose ever 3D printed. The ink is made up of cellulose, water and fibers in a nanocrystalline structure and when combined with a plastic precursor can be printed with specific mechanical properties.
The medical applications need further exploration and testing but initial experiments are promising.
For the full news story, see our sister site 3DMedNet.
Submit Your Research to the F1000Research Nanoscience Gateway
Drive innovation in nanomedicine by sharing your research through the F1000Research Nanoscience Gateway. With trusted publishing, open access, and transparent peer review, your work will meet the highest standards of rigor and integrity while advancing the understanding and application of nanotechnology in medicine.
Join a platform that prioritizes transparency, openness, and author control. Submit your research today at F1000Research Nanoscience Gateway.