The Herringbone Mixer - Mixing and NP production Fluidic 187 is a compact microfluidic device designed for efficient mixing of two liquids. It features a three-channel herringbone mixer configuration per chip, allowing multiple volume selections through daisy-chaining. With its three individual channels, this mixer enhances mixing performance especially suited for nanoparticle generation and microfluidic processes.
General
The Herringbone mixer is the ideal tool for mixing two liquids in an microfluidic system. One chip contains three individual herringbone mixer units. To increase the mixing effect, it is also possible to daisy-chain the individual mixing units. Please note, the individual mixing units slightly differ in design. Ther heringbone stucture can also be used to generate lipid nanoparticles.
Features & Benefits
- Efficient Mixing of Liquids: The herringbone structure promotes fast and thorough mixing even at low flow rates. This improves mixing performance in microfluidic workflows.
- Three Independent Channels: Each chip contains three separate mixer units, which can be used individually or combined for greater mixing flexibility.
- Daisy-Chain Capability: The individual mixer units can be connected in sequence to increase mixing effect or change the volume, allowing adaptation to experimental needs.
- Suits Various Materials and Treatments: Available in different materials (PC, Zeonor, Topas) and surface treatments (Hydrophilized, Not treated) to match protocol or chemical requirements.
- Lipid Nanoparticle Production: The chip's design supports formation of lipid nanoparticles, making it valuable for drug delivery and formulation applications.
The Herringbone Mixer - Mixing and NP production Fluidic 187 is developed for microfluidic applications in laboratory and industrial research. Its three individual mixer units permit flexible configurations, as they can be used separately or daisy-chained together. The chip is offered with different material and surface treatment combinations, allowing use with a wide range of fluids and reagents common in life science and chemistry labs.
Thanks to its transparent design, users can visually monitor mixing processes. The interface is compatible with standard Luer fittings, ensuring seamless integration into existing setups. Hydrophilized surface options further improve mixing and fluid handling, supporting experiments where precise fluid dynamics are needed.
Applications
This product is ideal for microfluidic mixing, nanoparticle production, and chemical reactions in research or development. Users in analytical chemistry, drug delivery, and lab-on-a-chip domains benefit from its performance and flexibility.
- Mixing of two or more reagents in microfluidic systems
- Production of lipid nanoparticles for drug delivery research
- Optimization of chemical and biochemical reactions at microscale
Content
1x Herringbone Mixer - Mixing and NP production Fluidic 187
Specifications
| SKU | CS-10001510 | CS-10001744 | CS-10000019 | CS-10000076 | CS-10001996 |
| Design element | Channel | Channel | Channel | Channel | Channel |
| Material | PC | Zeonor | PC | Zeonor | Topas |
| Material chip body | mcs-PC 33 | mcs-COP 02 | mcs-PC 33 | mcs-COP 02 | Mcs-COC 13 |
| Material chip lid | mcs-foil 042 (PC; 175 µm; Tg 145°C) | mcs-foil 005 (Zeonor; 188 µm; Tg 136°C) | mcs-foil 042 (PC; 175 µm; Tg 145°C) | mcs-foil 005 (Zeonor; 188 µm; Tg 136°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) |
| Color | Transparent | Transparent | Transparent | Transparent | Transparent |
| Interface type | Luer interface | Luer interface | Luer interface | Luer interface | Luer interface |
| Surface treatment | Hydrophilized | Hydrophilized | Not treated | Not treated | Not treated |
| Membrane | no membrane | no membrane | no membrane | no membrane | no membrane |
Documentation
Click to read more information about ChipShop chips material properties.
? Passive herringbone mixer chip Fluidic 187 datasheet
