The H-Shaped Channel Chip - H 75 µm W 75-300 µm co-flow Fluidic 164 is a microfluidic device designed for versatile experimental use. It features four H-channel units, each with a channel depth of 75 µm and variable channel widths between 75 and 300 µm. The chip enables easy volume selection and accommodates multiple channels for co-flow experiments or establishing concentration gradients, making it ideal for precise flow control and high-throughput assays.
General
The H-shaped channel chip can be used in many different experimental settings. The chip features four H-channel units with a channel depth of 75 µm but different channel widths and enables co-flow experiments or the establishment of concentration gradients.
Features & Benefits
- Versatile Design: Multiple channel widths allow for a range of experimental setups within a single chip.
- Co-flow and Gradient Capability: Supports co-flow experiments and gradient formation for advanced fluid dynamics studies.
- High-Quality Materials: Made from Topas or PMMA to ensure chemical resistance and optical clarity.
- Mini Luer Interface: Standardized connections make the chip easy to integrate into various systems.
- No Membrane Structure: Simplifies use and reduces potential complications due to membrane blockage or fouling.
This microfluidic chip is a functional platform for diverse laboratory work, enabling precise control over liquid flows through its multiple H-shaped channels. The transparent construction allows for easy visualization of flows, essential for real-time monitoring and analysis. The product’s robust manufacturing ensures reliability and repeatability for demanding applications.
Its interface is simple, using Mini Luer connectors, and the materials resist a variety of chemicals. This makes it suitable for research where different liquid combinations are needed and changing variables, like channel width, is important. The four channels in every chip allow for parallel experiments or gradient creation inside a compact device.
Applications
This product is ideal for microfluidic research applications where multiple parallel flows or mixing is required. Suitable fields include life sciences, chemistry, and engineering research.
- Laboratory microfluidics research
- Concentration gradient studies
- Co-flow mixing experiments
Content
1x H-Shaped Channel Chip - H 75 µm W 75-300 µm co-flow Fluidic 164
Specifications
| SKU | CS-10000266 | CS-10001851 |
| Design element | Channel | Channel |
| Material | Topas | PMMA |
| Material chip body | Mcs-COC 13 | mcs-PMMA 08 |
| Material chip lid | mcs-foil 011 (Topas; 140 µm; Tg 78°C) | mcs-foil 147 (PMMA; 175 µm; Tg 109°C) |
| Color | Transparent | Transparent |
| Interface type | Mini Luer interface | Mini Luer interface |
| Surface treatment | Not treated | Not treated |
| Membrane | no membrane | no membrane |
Documentation
H-Shaped Channel Chip - H 75 µm W 75-300 µm co-flow Fluidic 164 datasheet
Check the chemical compatibilities for this product here:
Topas - Chemical Compatibility Chart
PMMA - Chemical Compatibility Chart
