Membrane valve chip - Fluidic 1367
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  • Membrane valve chip - Fluidic 1367
  • Membrane valve chip - Fluidic 1367
  • Membrane valve chip - Fluidic 1367
  • Membrane valve chip - Fluidic 1367
  • Membrane valve chip - Fluidic 1367
  • Membrane valve chip - Fluidic 1367

Description

The membrane valve chip Fluidic 1367 features 16 identical channels and olive interfaces, enabling direct connection to a pump system via tubing.

Each channel has an integrated membrane valve structure at the inlet, right below the olive interface, that can be controlled separately via a valve actuator. The membrane valve is normally open, allowing fluid to pass. Applying force from below with a mechanical actuator will lead to the closure of the valve, thereby stopping the flow. The chip can be powered with liquids or gases, and the valves remain tight up to a maximum inlet pressure of 3 bar.

Matching valve actuators are available from the company memetis. 

Membrane valve chip Fluidic 1367

The membrane valve chip Fluidic 1367 offers the opportunity to test our special membrane valves. Each channel inlet features an integrated membrane valve structure right below the olive interface, which can be controlled via valve actuators to regulate the liquid flow through the channel.

€42.20 / unit
€34.40 / unit from 10 units
€26.10 / unit from 100 units
Quantity
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Reference
10002097
Design element
Channel, Valve
Usage Statement
For R&D use only, Single use
Fluidic
1367
Material
Topas
Material chip body
Mcs-COC 13
Material chip lid
Mcs-foil 124 (Topas, 100 µm, Tg 84°C)
Color
Transparent
Interface type
Olives
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

The membrane valve chip Fluidic 1367 features 16 identical channels and olive interfaces, enabling direct connection to a pump system via tubing.

Each channel has an integrated membrane valve structure at the inlet, right below the olive interface, that can be controlled separately via a valve actuator. The membrane valve is normally open, allowing fluid to pass. Applying force from below with a mechanical actuator will lead to the closure of the valve, thereby stopping the flow. The chip can be powered with liquids or gases, and the valves remain tight up to a maximum inlet pressure of 3 bar.

Matching valve actuators are available from the company memetis. 

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