Splitter Chip - Four to eight fractions - Fluidic 532
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  • Splitter Chip - Four to eight fractions - Fluidic 532
  • Splitter Chip - Four to eight fractions - Fluidic 532
  • Splitter Chip - Four to eight fractions - Fluidic 532
  • Splitter Chip - Four to eight fractions - Fluidic 532
  • Splitter Chip - Four to eight fractions - Fluidic 532

Description

This subfamily of splitter chips is particularly suited for applications in which one microfluidic stream needs to be divided into several fractions for downstream applications.

Fluidic 532 features two splitter units and can be used to divide one microfluidic stream in four or eight fractions.

Moreover, Fluidic 532 contains performance enhancing capillary stops. These stops, characterized by higher flow resistance than the channels, act as temporary barriers, allowing liquid to distribute only when all distribution channels are uniformly filled. This synchronized filling ensures a timely and coordinated distribution of the fluid.

Splitter Chip Four to eight fractions Fluidic 532

Splitter chips are well suited for applications in which one sample needs to be divided into several fractions for downstream applications.

€36.20 / unit
€24.30 / unit from 10 units
€16.10 / unit from 100 units
Quantity
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Reference
10001328
Design element
Channel
Application
Splitter
Usage Statement
For R&D use only, Single use
Fluidic
532
Material
Topas
Material chip body
Mcs-COC 13
Material chip lid
Mcs-foil 011 (Topas, 140 µm, Tg 78°C)
Color
Transparent
Interface type
Mini luer
Surface treatment
Not treated
Membrane
No membrane
Pieces per unit
1

Description

This subfamily of splitter chips is particularly suited for applications in which one microfluidic stream needs to be divided into several fractions for downstream applications.

Fluidic 532 features two splitter units and can be used to divide one microfluidic stream in four or eight fractions.

Moreover, Fluidic 532 contains performance enhancing capillary stops. These stops, characterized by higher flow resistance than the channels, act as temporary barriers, allowing liquid to distribute only when all distribution channels are uniformly filled. This synchronized filling ensures a timely and coordinated distribution of the fluid.

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