iPrint
- Research areas : /en/applied-research/iprint/research-areas/
- Inkjet Training Center : /en/applied-research/iprint/inkjet-training-center/
- How to work with us : /en/applied-research/iprint/how-to-work-with-us/
- Digital manufacturing : /en/applied-research/iprint/digital-manufacturing/
- Project portfolio : /en/applied-research/iprint/project-portfolio/
- Equipment : /en/applied-research/iprint/equipment/
- Publications : /en/applied-research/iprint/publications/
- About us : /en/applied-research/iprint/about-us/
- Research areas : /en/applied-research/iprint/research-areas/
- Inkjet Training Center : /en/applied-research/iprint/inkjet-training-center/
- How to work with us : /en/applied-research/iprint/how-to-work-with-us/
- Digital manufacturing : /en/applied-research/iprint/digital-manufacturing/
- Project portfolio : /en/applied-research/iprint/project-portfolio/
- Equipment : /en/applied-research/iprint/equipment/
- Publications : /en/applied-research/iprint/publications/
- About us : /en/applied-research/iprint/about-us/
3D Inkjet Printing of Zirconia
Additive manufacturing of multi-colored 3D ceramic dental restorations by inkjet printing
In collaboration with IVOCLAR Vivadent AG, this Innosuisse project targets the development of an innovative system comprised of a machine, a process and materials for additive manufacturing of multi-colored 3D ceramic dental restorations by inkjet printing of optimized suspensions based on commercial zirconia powder.