From Immersion To Controlled Flow
Traditional staining methods rely on immersion and manual handling. Microfluidic staining replaces this with controlled reagent flow across the tissue surface.
Microfluidic Fabrication And Development
The microfluidic structures used in MicroDysis systems are fabricated using patented methods and precision processes, enabling controlled flow paths and reproducible reagent delivery at the microscale.
Built on patented 3D microfabrication technologies developed by MicroDysis
Microfluidic Reaction Chamber
A microfluidic chamber is positioned over the tissue section, forming a controlled environment for reagent delivery. Reagents flow across the tissue in a defined path, ensuring consistent exposure and minimizing variation.
Controlled Reagent Delivery
Reagents are delivered in a controlled, programmable manner, enabling precise timing, flow, and sequencing throughout the staining process.
- Controlled flow across tissue
- Reduced reagent waste
- Consistent exposure conditions
Why It Matters
By replacing manual and immersion-based processes with controlled microfluidic delivery, the system enables:
- Improved consistency
- Efficient reagent usage
- Reduced variability
- Scalable workflow automation