The Barrier Chamber Chip - 7 µm barrier height Fluidic 1329 is a precision microfluidic device designed to hold back small particles within its experimental chambers. This chip features a volume of 4.3 µl per channel, allows for precise volume selection, and contains eight identical channels, making it suitable for a wide range of separation and filtration experiments. It provides a consistent 7 µm barrier height at the end of each chamber, enabling reliable performance in chromatography-like applications and other settings that require subtle particle retention.
General
The rhombic barrier chamber chip Fluidic 1329 features eight identical chambers with Mini Luer interfaces. Fluidic 1329 is the perfect tool to hold back small particles within an experimental chamber. It can therefore be used for chromatography-like experiments, for example. The barrier at the end of each chamber measures 7 µm in height. Each channel features the following dimensions: * Channel depth: 200 µm * Channel width: 2 mm * Channel lenght: 12.67 mm * Channel volume: 4.3 µl * Barrier height: 7 µm
Features & Benefits
- Reliable Particle Retention: Each chamber ends with a 7 µm barrier, allowing clear separation of small particles for experiments.
- Multiple Channels: Eight identical chambers help researchers run parallel tests or replicates at the same time, improving workflow and data comparison.
- Versatile Channel Design: Individual Mini Luer interfaces make fluid handling direct and simple, supporting many lab setups.
- Material Options: Chips available in Zeonor or Topas for compatibility with different chemicals or applications.
- Surface Treatments: Choose between not treated or hydrophilized surfaces to match your experimental requirements.
This Barrier Chamber Chip allows for the separation or retention of small particles, and is well suited for chromatography-type experiments. Its precise 7 µm barrier at the end of each channel ensures reproducible performance.
Eight chambers on each chip enable multi-parallel experiments, increasing experimental throughput. Furthermore, the chip’s Mini Luer interfaces allow easy integration with other laboratory fluidic systems.
Available in materials suitable for a range of chemicals with surface treatments to minimize unwanted interactions, Fluidic 1329 is flexible for many research applications in microfluidics and analytical labs.
Applications
This chip is designed for holding back fine particles within a controlled chamber environment, making it excellent for laboratory separation, analytical research, and testing of filtration techniques.
- Particle separation in microfluidic setups
- Chromatography-like experimental workflows
- Filtration testing and device development
Content
1x Barrier Chamber Chip - 7 µm barrier height Fluidic 1329
Specifications
| SKU | CS-10001797 | CS-10002090 | CS-10001798 | CS-10002089 |
| Material | Zeonor | Topas | Zeonor | Topas |
| Material chip body | mcs-COP 02 | Mcs-COC 13 | mcs-COP 02 | Mcs-COC 13 |
| Material chip lid | mcs-foil 005 (Zeonor; 188 µm; Tg 136°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) | mcs-foil 005 (Zeonor; 188 µm; Tg 136°C) | mcs-foil 011 (Topas; 140 µm; Tg 78°C) |
| Color | Transparent | Transparent | Transparent | Transparent |
| Design element | Barrier; Chamber | Barrier; Chamber | Barrier; Chamber | Barrier; Chamber |
| Surface treatment | Not treated | Hydrophilized | Hydrophilized | Not treated |
| Membrane | no membrane | no membrane | no membrane | no membrane |
Documentation
Click to read more information about ChipShop chips material properties.
? Barrier chamber chip Fluidic 1329 datasheet
