The Center has several projects related to using microfluidics for delivery of biopolymers, the physics of microflows, and ways to minimize unwanted microfluidic (or macroscopic) effects. For example, we have recently developed a promising technique for the manufacture of microneedles.
3D Printing
Description forthcoming . . .
Spotter
Description forthcoming . . .
Pumps
Description forthcoming . . .
To complement the Center’s separation capabilities, the lab has developed several microscale particle detectors that can be integrated into microfluidic systems. These detectors rely on either electrical impedance or optics for detection.
- DC Conductivity Detector
- AC Conductivity Detector
- Impedance Spectroscopy Detector
- Optical absorbance detection
- Evanescent optical detection
Packaging
Description forthcoming . . .
Mixing
Description forthcoming . . .
Nanopores
Description forthcoming . . .
