Channel array chip - Various channel depths Fluidic 1340

The Channel array chip - Various channel depths Fluidic 1340 is a microfluidic device designed for direct comparison of channel depth influence on assays or measurements. It features 16 channels with the same layout except for the cavity depth, enabling precise volume selection based on eight pairs of channels with depths ranging from 10 µm to 100 µm. The device is specifically structured for high-throughput, multiple-channel experiments, supporting advanced development and optimization in microfluidic applications.

General

This straight channel chip features 16 channels with same dimensions besides the cavity depth. The varying channel depth and the resulting different channel volumes allow for direct comparison of the channel depth influence on an assay or measurement. These chips are the perfect tools to help choosing the right channel dimensions in the design process of integrated microfluidic devices. Fluidic 1340 features eight pairs of channels, which share the same channel dimensions and are located next to each other. The channel depth increases in 10-20 µm steps: 1. Two channels with 10 µm depth 2. Two channels with 20 µm depth 3. Two channels with 30 µm depth 4. Two channels with 40 µm depth 5. Two channels with 50 µm depth 6. Two channels with 60 µm depth 7. Two channels with 80 µm depth 8. Two channels with 100 µm depth

Features & Benefits

• Multiple Channel Depths: Enables direct study on how channel depth affects assay outcomes. Users can test the same conditions over varied depths within the same chip.
• Parallel Channel Layout: Eight pairs of channels allow side-by-side comparison under identical experimental circumstances, giving reliable and consistent data.
• Flexible Material and Surface Treatment Choices: Available in PS and Topas materials as well as not treated or hydrophilized surfaces, to match individual assay needs.
• Standard Mini Luer Interface: Allows easy integration into existing microfluidic setups and hassle-free connection.
• Transparent Design: Facilitates visual monitoring and precise optical measurements.

The Channel array chip - Various channel depths Fluidic 1340 provides researchers and engineers with a robust microfluidic platform tailored for optimizing fluidic parameters. Designed for experimental flexibility, this chip streamlines the selection of channel dimensions crucial for successful assay design or device integration. Its transparent build, compatibility with standard connectors, and two material choices ensure usability across industry and research environments.

This microfluidic channel array allows detailed investigation of how small changes in depth impact results, with channels grouped in pairs for internal control and easier data interpretation. The combination of variations in surface treatment and body material allows the user to adapt testing to specific fluidic, chemical, or biological requirements.

Applications

This chip is best used wherever precise channel depth impacts results or must be evaluated systematically. It is ideal for research and development in microfluidics, assay optimization, and analytical chemistry.

• Channel dimension screening during microfluidic device prototyping
• Comparative assay development and optimization
• Fluid flow studies for engineering and academic laboratories

Content

1x Channel array chip - Various channel depths Fluidic 1340

Specifications

Documentation

Channel array chip - Various channel depths Fluidic 1340 datasheet

Check the chemical compatibilities for this product here:
Polystyrene - Chemical Compatibility Chart
Topas - Chemical Compatibility Chart