Filtration and Separation Chip - 8 filtration chambers Fluidic 1332

The Filtration and Separation Chip - 8 filtration chambers Fluidic 1332 is a microfluidic device designed for the filtration, capture, and concentration of particles, including cell populations. With a total volume distributed across eight filtration chambers, each chamber allows individual separation control, supporting flexible volume selection per application. The device features eight channels, one per chamber, enabling parallel processing and enhanced throughput for scientific applications.

General

The filtration and separation chip Fluidic 1332 features eight individual filtrations units with each containing one inlet and one outlet. It enables the filtration, capture and concentration of particles, e.g. cell populations. A stream is lead through the membrane and captures larger components on the bottom of the chip, while smaller cells can pass through the membrane. Captured fractions can be monitored from below with an inverted microscope. Each individual chamber features a different height of the monitoring chamber below the membrane. The off-the-shelf chip features a membrane with 8 μm pores. However, customed membrane integration can be realized. Please contact us for feasibility and pricing via inquiries@microlfuidic-ChipShop.com.

Features & Benefits

• Eight Independent Filtration Chambers: Each chamber operates independently, allowing parallel experiments and higher analysis throughput.
• Precise Particle Filtration: Each chamber has a membrane with 8 μm pores for capturing larger particles, while smaller components pass through, enabling size-based separation.
• Customizable Membrane Options: The membrane can be customized on request for different pore sizes or material requirements.
• Direct Monitoring Capability: Captured fractions are viewable from below with an inverted microscope for visual assessment during or after filtration.
• Mini Luer Interface: Easy fluidic connections for integration with laboratory setups.
• Surface Treatment Options: Available either hydrophilized or untreated to suit a wide range of samples and processes.

This chip is engineered for advanced filtration and separation tasks where multiple parallel workflows are required. The option to customize membranes adds flexibility for varied research needs. Scientists benefit from the ability to visually monitor the separation process in real time using inverted microscopy.

Its transparent body and mini luer interfaces support easy setup and observation, while surface treatment options expand compatibility. These features make it suitable for routine laboratory use and specialized developmental work in fluidics.

Applications

This product is ideal for laboratory and research environments requiring precise filtration of biological or synthetic samples.

• Cell population separation
• Micro-particle filtration for biological assays
• Sample concentration from heterogeneous mixtures

Content

1x Filtration and Separation Chip - 8 filtration chambers Fluidic 1332

Specifications

Documentation

? Filtration & Separation Chip - Mini Luer - Fluidic 1332 datasheet