description
Microfludic chip x1
Application
The Pillar Chip Fluidic 261 PMMA microfluidic chip uses integrated pillars to serve various needs.
Features and Benefits
The integrated pillar structures can be used to
- Maintain particles at a certain area
- Allow for self-filling of devices via capillary forces
- Increase surface area
- Have a sieving effect
- Functionalize particle surfaces
Other Notes
Chip Properties:
2: 150 μm/ 400 μm/ 150 μm
3: 200 μm/ 500 μm/ 200 μm
4: 250 μm/ 500 μm/ 200 μm
5: 300 μm/ 700 μm/ 250 μm
6: 350 μm/ 800 μm/ 250 μm
7: 150 μm/ 500 μm/ 300 μm
8: 150 μm/ 500-700 μm/ 300μm
- Mini Luer Interface
- Material: Poly(methyl methacrylate) (PMMA)
- Pillars have a demolding angle of 10°
- Pillar Number: Diameter/Distance/Depth
2: 150 μm/ 400 μm/ 150 μm
3: 200 μm/ 500 μm/ 200 μm
4: 250 μm/ 500 μm/ 200 μm
5: 300 μm/ 700 μm/ 250 μm
6: 350 μm/ 800 μm/ 250 μm
7: 150 μm/ 500 μm/ 300 μm
8: 150 μm/ 500-700 μm/ 300μm
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