Straight channel chip - H 350 µm W 2775 µm channel Fluidic 560

The Straight channel chip - H 350 µm W 2775 µm channel Fluidic 560 is a microfluidic chip designed for experiments needing a simple flow cell. With a total channel volume of 50 µl and the ability to perform volume selection through each of its four identical channels, it is flexible for parallel experiments. The device offers four channels, making it suitable for small-scale, repeatable assays.

General

The straight channel chip Fluidic 560 is ideal for many microfluidic experiments where a simple flow cell is required. With four identical channels, multiple experiments can be performed with one individual chip. Each channel features the following dimensions: * Channel depth: 350 µm * Channel width: 2.775 mm * Channel length: 58.5 mm * Channel volume: 50 µl

Features & Benefits

• Multiple Identical Channels: Four parallel channels enable simultaneous experiments, saving time and materials.
• Defined Channel Dimensions: Each channel has precise width, depth, and length for consistent flow conditions and reliable results.
• Material Flexibility: Available in several polymer types (PS, Topas, Zeonor, PC) to suit chemical compatibility needs.
• Surface Treatment Options: Choose untreated or hydrophilized surfaces for different applications such as enhanced wettability or standard flow.
• Easy Fluidic Connection: Mini Luer interface simplifies connection to external tubing and equipment.
• Transparent Design: Clear chip body allows for direct visual inspection and optical detection during assays.

The Straight channel chip - H 350 µm W 2775 µm channel Fluidic 560 is engineered for a broad spectrum of microfluidic experimentation, providing four uniform straight channels in a compact format. Its design makes it possible to conduct multiple tests on a single chip, ensuring consistent results with each run. Flexible material options and accessible channel interfaces improve adaptability to a range of experimental setups and reagents. The transparent body supports easy monitoring and integration with optical systems. With the choice of untreated or hydrophilized surfaces, users can optimize the device for cell-based, biochemical, or other fluid-reliant assays. This makes it a practical choice for research, prototyping, or routine use in laboratories.

Applications

This microfluidic chip is best used for microfluidic flow experiments, such as biological assays, chemical reaction studies, and device calibration.

• Parallel analysis in research laboratories
• Testing and calibration of fluidic systems
• Biological and chemical assay development

Content

1x Straight channel chip - H 350 µm W 2775 µm channel Fluidic 560

Specifications

Documentation

Straight channel chip - H 350 µm W 2775 µm channel Fluidic 560 datasheet

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