Laser microfabrication for biomedical research
Lasing MicroCraft
Translate digital designs into microfluidic structures, functional surfaces and biomedical device prototypes.
| Laser processes | Femtosecond and nanosecond laser microfabrication described in the catalogue |
|---|---|
| Fabrication scale | Micro- and nano-scale structuring; numerical resolution and tolerances depend on the project |
| Manufacturing approach | Direct digital fabrication without masks, molds or dedicated tooling |
| Platform capabilities | Precision motion, advanced optics, glass processing, 3D structuring and integrated 3D metrology |
| Materials | Glass, metals, polymers and advanced biomaterials |
| Microfluidic features | Glass microchannels, 3D fluidic networks, cell traps, mixers and gradients |
| Surface engineering | Controlled micro- and nano-topographies for titanium, other implant materials and tissue-engineering scaffolds |
| Optical integration | Waveguides, micro-optics and sensing structures |
| Project scope | R&D, prototyping and manufacturing workflows; confirm dimensions, material compatibility and acceptance criteria for the selected design |
Methods, deliverables & evidence
- Catalogue describes fabrication of complex architectures beyond conventional planar approaches
- Design geometry, metrology requirements and project deliverables are agreed with MAKBY
Technical catalogue
Specifications summarized from the October 2026 tissue engineering catalogue, printed page 25. Confirm the selected configuration, compatibility and experimental conditions with MAKBY.