SUMMARY
The discussion centers on the mechanical stability of SU-8 pillars during the spincoating process of PDMS wells, specifically 50 µm in diameter and 100-200 µm deep. It is established that the SU-8 pillars can maintain their integrity if proper adhesion to the wafer is ensured, as poor adhesion can lead to pillars detaching during unmolding. Additionally, high-speed spinning may result in the loss of pillars, raising questions about the necessity of fast spinning in the context of creating wells rather than through-holes in PDMS.
PREREQUISITES
- Understanding of SU-8 lithography techniques
- Knowledge of PDMS properties and applications
- Familiarity with spincoating processes
- Experience with adhesion challenges in microfabrication
NEXT STEPS
- Research SU-8 adhesion techniques for improved stability
- Explore optimal spincoating speeds for PDMS applications
- Investigate alternative methods for creating micro-wells in PDMS
- Learn about the mechanical properties of SU-8 in microfabrication
USEFUL FOR
Microfabrication engineers, materials scientists, and researchers involved in developing PDMS-based devices will benefit from this discussion.
which made me see that post by chance.