3D Flow Focusing Chip

Suitable for generating highly monodisperse organic-in-aqueous droplets between 5 µm to 12 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

Suitable for generating highly monodisperse organic-in-aqueous droplets between 5 µm to 12 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

Suitable for generating highly monodisperse organic-in-aqueous droplets between 25 µm to 70 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

Suitable for generating highly monodisperse aqueous in organic droplets between 25 µm to 70 µm. The chip features two separate inputs for the droplet phase fluid (aqueous), allowing in droplet mixing, in droplet reactions or formation of Janus particles. It has two inlets for the carrier phase fluid (organic).

Suitable for generating highly monodisperse aqueous in organic droplets between 25 µm to 70 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

Suitable for generating highly monodisperse organic-in-aqueous droplets between 25 µm to 70 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

Suitable for generating highly monodisperse aqueous in organic droplets between 25 µm to 70 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

Suitable for generating highly monodisperse aqueous in organic droplets between 50 µm to 140 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

Suitable for generating highly monodisperse aqueous in organic droplets between 50 µm to 140 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

Suitable for generating highly monodisperse aqueous in organic droplets between 50 µm to 140 µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

Part number 3200437Part number 3200438Part number 3200435Part number 3200436Part number 3200515Part number 3200433Part number 3200434Part number 3200835Part number 3200836Part number 3200837
Channel Size
Coating
Chip Reagents
Quantity
Unit Price
£690.00
£810.00
£540.00
£690.00
£810.00
£710.00
£810.00
£710.00
£880.00
£900.00
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The unique pore structure on the outlet side of the droplet forming junction creates a 3D sheath flow in the droplet pinch-off region. This flow pattern is especially useful when handling viscous droplet fluids which are otherwise liable to foul the junction surface. This feature allows longer droplet production times and extended chip life.

The 100 µm 3D chips are compatible with the H Interface (Part No. 3000155) and Linear Connector 4-Way(Part No. 3000024) which enable quick and easy connections.

  • Extended lifetime when working with polymerising or surface fouling droplet fluids
  • Enables production of highly monodisperse aqueous in organic droplets between 25 µm to 70 µm
  • Simple to use
  • High visibility and good accessibility for microscope objective
  • Wide temperature and pressure range
  • Excellent chemical compatibility
PART NUMBER MATERIAL CHANNEL DEPTH COATING OTHER

3200433

Glass 100 µm Hydrophilic 1 Reagent
3200434 Glass 100 µm Hydrophobic 1 Reagent

3200515

Glass 100 µm Fluorophilic 1 Reagent
3200435 Glass 100 µm Hydrophilic 2 Reagent
3200436 Glass 100 µm Hydrophobic 2 Reagent
3200437 Glass 14 µm Hydrophilic 1 Reagent
3200438 Glass 14 µm Hydrophobic 1 Reagent

 

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