Biomaterial performance characterization
Material Lab
Characterize and optimize biomaterials, printing protocols and scaffold performance for 3D bioprinting research.
| Service scope | Technical consulting to characterize, optimize and technically validate new bioprintable materials |
|---|---|
| Protocol development | Customized printing-protocol development and optimization, including projects without existing protocols |
| Scaffold testing | Fabrication and testing under defined geometry, environmental and processing conditions |
| Performance assessment | Structural stability and post-printing performance |
| Formulation optimization | Viscosity, crosslinking, mechanical strength and biocompatibility |
| Spectroscopy | FTIR, Raman, UV–Vis and NMR |
| Microscopy | SEM, TEM, AFM and MEB, as listed in the catalogue |
| Thermal characterization | TGA, DSC and DMA |
| Mechanical characterization | Tensile, compression, fatigue and rheology |
| Surface analysis | XPS and contact angle |
| Deliverables | Technical reports with results, recommendations and operational guidelines |
Methods, deliverables & evidence
- Customized protocols and test conditions are defined for the material and printing platform
- Reports include experimental results, practical recommendations and operational guidance
Technical catalogue
Specifications summarized from the October 2026 tissue engineering catalogue, printed page 23. Confirm the selected configuration, compatibility and experimental conditions with MAKBY.