Main functions: Mixing, reaction, and laminar flow
Two fluids join together in the channel.

Common specifications
width : 100μm
Depth : 40μm
Total number of openings: 3 (2 on the left side and 1 on the right side)

(example)Complexation reaction

Two different materials introduced through the two inlets are mixed and reacted in the channel.

The back pressure increases, and therefore more pressure is required for ejection, with increasing length of the channel. If you give priority to the flow rate, short-channel chips are recommended. For experiments that involve prolonged reactions, long-channel chips are suitable.

• ICC-SY040-050
  ICC-SY040-100
  ICC-SY040-200

  

  ○ ICC-SY040-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY040-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-SY040-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 40 mm

• ICC-SY080-050
  ICC-SY080-100
  ICC-SY080-200

  

  ○ ICC-SY080-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY080-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-SY080-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 80 mm

• ICC-SY120-050
  ICC-SY120-100
  ICC-SY120-200

  

  ○ ICC-SY120-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY120-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-SY120-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 120 mm

• ICC-SY200-050
  ICC-SY200-100
  ICC-SY200-200

  

  ○ ICC-SY200-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY200-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-SY200-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 200 mm

• ICC-SY500-050
  ICC-SY500-100
  ICC-SY500-200

  

  ○ ICC-SY500-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY500-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-SY500-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 500 mm

• ICC-SY500MI-050
  ICC-SY500MI-100

  

  ※* The long and winding mixing section provides better mixing effect.

  ○ ICC-SY500MI-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-SY500MI-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  Channel length after junction: 500 mm

Solvent extraction, Separation, Laminar flow, Concentration
If you want to create a two-phase flow, guided chips are recommended. The guide structure stabilizes the flow.

Common specifications
width : 100μm
Depth : 40μm

G type
These chips feature a guided junction.
width：160μm（100μm at the junction）
Guide structure with 36-38μm height

（example）Solvent extraction

A solution containing a complex is passed from one inlet, and a solvent that extracts only the complex from another.

The back pressure increases, and therefore more pressure is required for ejection, with increasing length of the channel. If you give priority to the flow rate, short-channel chips are recommended. For experiments that involve prolonged reactions, long-channel chips are suitable.

• ICC-DY020-050
  ICC-DY020-100
  ICC-DY020-200
  ICC-DY020G（with Guide structure）

  

  ○ ICC-DY020-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-DY020-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-DY020-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 20 mm

• ICC-DY080-050
  ICC-DY080-100
  ICC-DY080-200
  ICC-DY080G（with Guide structure）

  

  ○ ICC-DY080-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-DY080-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-DY080-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 80 mm

• ICC-DY120-050
  ICC-DY120-100
  ICC-DY120-200
  ICC-DY120G（with Guide structure）

  

  ○ ICC-DY120-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-DY120-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-DY120-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 120 mm

• ICC-DY200-050
  ICC-DY200-100
  ICC-DY200-200

  

  ○ ICC-DY200-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-DY200-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-DY200-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length after junction: 200 mm

Straight channels
Recommended for microscopic observation of response of cultured cells, such as response to a stimulant

• ICC-DI060-050
  ICC-DI060-100
  ICC-DI060-200

  

  ○ ICC-DI060-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-DI060-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-DI060-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm
  
  Channel length : 60 mm

Immunoassay on Latex beads
This chip features a dammed junction. (For the details of the dam structure, see the custom-made chips section.)

• ICC-2CSK

  

  width : 210μm
  depth : 100μm
  Dam structure with 10 to 20μm
  Total number of openings: 6 (3 on the left side and 3 on the right side)

A third fluid can be introduced after the joining of two fluids.
Suitable for combination, separation, extraction, and experiments involving complicated reactions.ICC-KG01

• ICC-KG01-050
  ICC-KG01-100
  ICC-KG01-200

  

  length after meeting the flows :
276mm(blue) before the 3rd flow is joined, 124mm(green) after that.
  
  ○ ICC-KG01-050
  Channel width: 0.05 mm
  Channel depth: 0.02 mm
  
  ○ ICC-KG01-100
  Channel width: 0.1 mm
  Channel depth: 0.04 mm
  
  ○ ICC-KG01-200
  Channel width: 0.2 mm
  Channel depth: 0.08 mm

Example function: Formation of droplets

• ICC-DR35

  

  with junctions having constriction shapes
  width　　：260μm
  depth　　：30μm