Research project
- SFB Elaine - Piezoelectric materials for multifunctional bone and cartilage implants
- SFB Elaine - Electrical and mechanical stimulation of cartilage
- Joint project High-speed large capacity printer
- Joint project Actiheal
- Gravimetric Density Measurement
- Ultrabearing
- RESPONSE: Additive technologies for individual drug-loaded implants
- Joint project HOGEMA
- Creation of a development environment for active steering systems
- Additive manufacturing systems based on artificial intelligence
- Development of an inkjet technology for selective glass solder coating of dental implants
- Additive manufacturing of pure copper and tool steel components
Completed Projects
- Centre of growth MikroLas - Investigation of shear thinning by microstructuring (Subproject 4.2)
- Centre of growth MikroLas - Development of a laser-based microstructuring of slide bearings fort he tribological optimization of micro annular gear pumps (Subproject 6.2)
- Electrolytical plasma polishing of aluminium
- DFG Project: 3D-printed Drug-Delivery-Systems with controllable drug release
- Development of a method for collagenase-free separation of stem cells from human adipose tissue
- Response - Inkjet technologies used for reservoir-based drug delivery system
- Electrolytical plasma polishing of inner tube surfaces
- Centifluidic Technologies
- Development of a novel point-of-care diagnostics product for the detection of disease specific biomarkers
- Development of materials and printhead for the composite extrusion modeling
- Custom-made vitalized implants for the reconstruction of extensive bone defects in maxillofacial surgery
- Regenerative implants for the musculoskeletal system
- Calcium phosphate ceramics for the 3D printing of custom-made bone implants with adjustable resorption
- Fabrication of amorphous metals by additive manufacturing
- Development of a process control and documentation system for 3D printers
- 3D-Printing of medical devices
- Development of a robust fluidic system for point-of-care diagnostics
- REMEDIS –Higher quality of life thanks to new micro-implants
- Experimental and numerical methods for flow analysis in centifluidic systems of allergy diagnostics
- Development of a 3D-printing method to manufacture ceramic components
- Cell colonization chamber
- Development of a water-assisted liposuction device
- Laser structuring of surfaces