Trapping chamber chip - 40 µm barrier height - Fluidic 1190
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  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190
  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190
  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190
  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190
  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190
  • Trapping chamber chip - 40 µm barrier height - Fluidic 1190

Description

The trapping chamber chip has been developed to introduce particularly large beads and particles through a dedicated opening into the monitoring/reaction chamber. The chamber features a height of 500 µm while the barriers with 40 µm height on either side only allow smaller particles to pass. Various experimental settings can be facilitated with this kind of chip, as the sample inlets feature not only a large diameter, but two of them come with a piercing structure, to rupture e.g., tin foil sealed tanks or alike. Luer interfaces with piercing structures are compatible with male Luer tanks such as Fluidic 823, 833, 933, 984 or 1548. The interfaces are not compatible with the male Luer connectors. For closing of interfaces, we recommend the use of plugs such as Fluidic 270, 262 or caps Fluidic 1231.

Trapping chamber chip 40 µm barrier height Fluidic 1190

Trapping chamber chip Fluidic 1190 features four units with trapping function to filter particles by size.

€42.20 / unit
€34.30 / unit from 10 units
€26.10 / unit from 100 units
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Reference
10001630
Design element
Chamber, Barrier
Usage Statement
For R&D use only, Single use
Fluidic
1190
Material
Topas
Material chip body
Mcs-COC 13
Material chip lid
Mcs-foil 011 (Topas, 140 µm, Tg 78°C)
Color
Transparent
Interface type
Luer
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The trapping chamber chip has been developed to introduce particularly large beads and particles through a dedicated opening into the monitoring/reaction chamber. The chamber features a height of 500 µm while the barriers with 40 µm height on either side only allow smaller particles to pass. Various experimental settings can be facilitated with this kind of chip, as the sample inlets feature not only a large diameter, but two of them come with a piercing structure, to rupture e.g., tin foil sealed tanks or alike. Luer interfaces with piercing structures are compatible with male Luer tanks such as Fluidic 823, 833, 933, 984 or 1548. The interfaces are not compatible with the male Luer connectors. For closing of interfaces, we recommend the use of plugs such as Fluidic 270, 262 or caps Fluidic 1231.

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