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Herringbone Mixer Chip 1460 by microfluidic ChipShop

70,00 

  • Chip to mix two fluids together.
  • mixing achieved via a herringbone structure
  • dimensions: 75.5*25.5*1.5 mm (same as a microscope slide).
  • fitted with mini luer connections

Structure A:

  • Channel depth: 200µm
  • Channel width: 600µm

Structure B:

  • Channel depth: 100µm
  • Channel width: 400µm

Delivery time: 1 - 2 weeks

Euro (€) - EUR
  • Euro (€) - EUR
  • United States dollar ($) - USD
SKU: BM-A-0041 Category:

Description

Herringbone Mixer Chip 1460 by Microfluidic ChipShop

 

Mixing fluids is crucial in microfluidics. Since in micro- and macrofluidics you almost always deal with laminar flow, diffusion typically governs mixing. However, because diffusion is very slow, you need to somehow improve mixing conditions. For instance by enlongating the channel length to better the conditions for diffusion or introducing turbulence to speed up the mixing process. The Herringbone mixer chip introduces turbulence via a herringbone structure, mix two fluids and extract the result at the output of the chip. This chip has two different types of structures, each appearing twice, for a total of four mixing structures.

We are proud to bring this chip and other high quality microfluidc products to you from our partner microfluidic ChipShop, check them out here.

Because of the herringbone structure this chip is also the ideal tool for generating homogeneous Lipid nanoparticle (LNPs), the size of the particles beeing dependent on the size of Herringbine structure as well as the flowrate ration of the organic and aquaeous phases.

Specifications:

  • Microfluidic Chip Features:
    • Two pairs of mixer structures.
    • Passive mixer, no moving parts.
    • Material: PC.
    • Fitted with microfluidic ChipShop’s mini luer connections.
    • Dimensions: 75.5 mm x 25.5 mm x 1.5 mm (microscope slide size).
  • Channel Dimensions:
    • Structure A:
      • Channel depth: 200 µm
      • Channel width: 600 µm
    • Structure B:
      • Channel depth: 100 µm
      • Channel width: 400 µm

 

This chip is one of many that we have in stock, each operating on a different principle to induce mixing. Check out the pearlchain and 3D serpentine chips or get the mixing kit with all chips plus micro pumps, electronics, sensors and accessories to get started with everything you need.

Data sheets

All necessary documentation, manuals, and software can be found on our homepage in the download section.

CAD

All available 3d models of our products can be found on our homepage in the download section.