Pillar Chips, Fluidic 261, microfluidic ChipShop (CAT#: STEM-ME-0109-WXH)

The integration of pillars serves various needs. Such structures can be used to maintain particles at a certain area, to allow for self-filling of devices via capillary forces, to increase surface area, to have a sieving effect, or to use these structures for surface functionalization with high surface area regions in a microfluidic device.

• Pillar 1
Diameter: 100 µm
Distance: 350 µm
Depth: 150 µm
• Pillar 2
Diameter: 150 µm
Distance: 400 µm
Depth: 150 µm
• Pillar 3
Diameter: 200 µm
Distance: 500 µm
Depth: 200 µm
• Pillar 4
Diameter: 250 µm
Distance: 600 µm
Depth: 200 µm
• Pillar 5
Diameter: 300 µm
Distance: 700 µm
Depth: 250 µm
• Pillar 6
Diameter: 350 µm
Distance: 800 µm
Depth: 250 µm
• Pillar 7
Diameter: 150 µm
Distance: 500 µm
Depth: 300 µm
• Pillar 8
Diameter: 150 µm
Distance: 500 – 700 µm
Depth: 300 µm

Fluidic Interface: Mini Luer
Material: PMMA, Zeonor

Straight Channel Chips, Microscopy slide, 1 Channel, Fluidic 268, microfluidic ChipShop (CAT#:STEM-ME-0001-WXH)
Cross Shaped Channel Chips, Fluidic 82, microfluidic ChipShop (CAT#:STEM-ME-0017-WXH)
H-Shaped Channel Chips, Fluidic 164, microfluidic ChipShop (CAT#:STEM-ME-0027-WXH)
Rhombic Chamber Chips eP1, Fluidic 221, 100 µl Chamber Volume, microfluidic ChipShop (CAT#:STEM-ME-0028-WXH)
Reaction Chamber Chips, Fluidic 843, 2.5 µl Chamber Volume, microfluidic ChipShop (CAT#:STEM-ME-0038-WXH)
PCR Chamber Chips with Dead-End Air Reservoir, Fluidic 675, 8 Chambers, 20 µl Chamber Volume, microfluidic ChipShop (CAT#:STEM-ME-0056-WXH)
Droplet Generator Chips, One Channel, Fluidic 162, microfluidic ChipShop (CAT#:STEM-ME-0058-WXH)