Design and Fabrication of a High Performance Microfluidic Chip for Blood Plasma Separation: Modelling and Prediction of System Behaviour via CFD Method
Table 1
The change of different experiment parameters for the microchip fabrication method.
No.
Subsurface
Top surface
Mold
SU8 (rpm)
Basic baking (min)
Expose (s)
Later baking (min)
Hard baking (min)
SU8 (rpm)
Basic baking (min)
Expose (s)
Later baking (min)
Hard baking (min)
PDMS weight (gr)
Curing (cc)
1
1000
30
10
12
3
1600
20
10
10
5
21
0.097
2
1500
40
10
12
4
3000
20
10
10
4
21
0.18
3
1600
45
10
12
4
3000
25
10
11
4
21
0.17
4
1500
45
10
12
5
3000
20
10
12
4
21
0.2
Method number 2 was selected because of its better efficiency in blood plasma separation.
