Assay Chip - Fluidic path control - Fluidic 292
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  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292
  • Assay Chip - Fluidic path control - Fluidic 292

Description

This assay chip Fluidic 292 chip allows for the development of hybridization assays on chip. Six 12 µl cavities with 200 µm depth can be used for spotting different kinds of arrays. Four of these chambers are operated in row, two further separately. The separate chambers allow e.g. for control or quantification reactions and have pre-cavities to store dry reagents. Sample injection is foreseen through a female Luer interface, reagent supply or air pressure through the female Mini Luer interfaces.

The chip is equipped with the following functional elements:

  • six reaction & detection chambers with 12 µl volume each
  • two pre-storage chambers with 12 µl volume each
  • two turning valves for flow control
  • one membrane in the waste chamber for air release

Assay Chip Fluidic path control Fluidic 292

The assay chip Fluidic 292 enables the user to control the flow through turning valves.

Color
€88.50 / unit
€49.45 / unit from 10 units
€28.98 / unit from 100 units
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Reference
10000374
Design element
Valve
Usage Statement
For R&D use only, Single use
Fluidic
292
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 + mini luer
Surface treatment
Not treated
Membrane
Mcs-membrane 058 (0.45 µm pore size, PTFE)
Pieces per unit
1

Description

This assay chip Fluidic 292 chip allows for the development of hybridization assays on chip. Six 12 µl cavities with 200 µm depth can be used for spotting different kinds of arrays. Four of these chambers are operated in row, two further separately. The separate chambers allow e.g. for control or quantification reactions and have pre-cavities to store dry reagents. Sample injection is foreseen through a female Luer interface, reagent supply or air pressure through the female Mini Luer interfaces.

The chip is equipped with the following functional elements:

  • six reaction & detection chambers with 12 µl volume each
  • two pre-storage chambers with 12 µl volume each
  • two turning valves for flow control
  • one membrane in the waste chamber for air release

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