Technical Description
This invention relates to a low-cost, laser-ablated method for creating stable super hydrophobic-hydrophilic patterned surfaces. These substrates enable precise liquid manipulation for simultaneous 2D and 3D cell culture applications.
Problems Addressed
- Toxic Fluorinated Compounds
- High Fabrication Costs
- Complex Multi-Step Processing
- Unstable Pattern Deposition
- Poor Surface Adhesion
- Inefficient Mask-Based Methods
- Restricted Culture Modes
Tech Features
- Biocompatible Carbon Soot
- Stable Laser Ablation
- Quick Mask-Free Patterning
- Enhanced Surface Adhesion
- Multimodal Culture Support
- Efficient Droplet Arrays
Target Audience
- Tissue Engineering Sectors
- Diagnostic Lab Industries
- Microfluidic Device Industries
- Biomedical Research Sectors
- Pharmaceutical Screening Industries
Tech ID: P06-1995 TRL 6 Patent Status: Granted Available For Exclusive and Non-exclusive License
