Pillar Chip - Particle sieving and more - Fluidic 261
search
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261
  • Pillar Chip - Particle sieving and more - Fluidic 261

Description

The pillar Fluidc 261 chip features eight chambers. Each chamber is populated with pillars of different size, pitch and shape. With its eight pillar chambers, the pillar chip Fluidic 261 can be used for a variety if applications. Pillar 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 Chip Particle sieving and more Fluidic 261

The pillar Fluidc 261 chip features eight chambers. Each chamber is populated with pillars of different size, pitch and shape.

Material
€42.20 / unit
€34.40 / unit from 10 units
€24.10 / unit from 100 units
favorite_border favorite
Reference
10001817
Design element
Chamber, Pillar, Barrier
Application
Sorting, Filtration
Usage Statement
For R&D use only, Single use
Fluidic
261
Material
PMMA
Material chip body
Mcs-PMMA 08
Material chip lid
Mcs-foil 147 (PMMA, 175 µm, Tg 109°C)
Color
Transparent
Interface type
Mini luer
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The pillar Fluidc 261 chip features eight chambers. Each chamber is populated with pillars of different size, pitch and shape. With its eight pillar chambers, the pillar chip Fluidic 261 can be used for a variety if applications. Pillar 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

You might also like