Straight Channel Chip - Microtiter plate format Fluidic 102

The Straight Channel Chip - Microtiter plate format Fluidic 102 is a microfluidic device designed for high-throughput, small volume fluid handling in laboratory settings. The chip provides a total of 64 microchannels, grouped into four sets of 16 channels each. Channel volume can be selected through hardware and pipetting technique, supporting flexible experimental design. The device features robust channel reproducibility with standard dimensions (2 mm width, 150 µm height, 18 mm length), suitable for a wide range of microfluidic applications.

General

The straight channel chip in microtiter plate format is equipped with four labeled sets of 16 microchannels each, with the following dimensions: * 2 mm width * 150 µm height * 18 mm length Fluidic access is easily provided by conical openings of 2.5 mm diameter at either channel end. To easily integrate a microfluidic assay into existing lab environments, we have developed a microfluidic platform with the outer dimensions of a standard microtiter plate. The SBS titer-plate format (85.48 mm x 127.76 mm) is a worldwide standard used by most pieces of equipment in the laboratory. The microtiter plates feature the spacing of the fluidic access holes of the laboratory standard and are compatible with the respective readers, allowing for a wide variety of different assays, including cell-based assays, hybridization assays, or small volume chemical synthesis. The channels can easily be filled via pipetting in the through-hole interfaces, manually or automated.

Features & Benefits

• Microtiter Plate Compatibility: Standard SBS outer dimensions allow easy integration with lab robots and microtiter plate readers.
• High Channel Density: 64 microchannels arranged in four sets enable parallel processing and throughput experiments.
• Flexible Access: Through-hole conical ports at both ends of each channel make manual or automated liquid handling simple and reliable.
• Material Options: Available in PMMA, PC, PS, or Zeonor for compatibility with a wide range of reagents and detection systems.
• Surface Treatment: Hydrophilized and non-treated variants allow optimal fit for diverse application needs.
• Transparent Design: Visibility throughout the chip simplifies visual inspection and reduces error in setup.

This product is designed for laboratories that require high-precision liquid handling and experimentation in a standardized microtiter plate format. Its high number of channels and standardized dimensions meet requirements for high-throughput screening, quantitative analysis, and reproducible results. The device’s compatibility with plate readers and lab automation extends its usability in molecular biology, diagnostics, chemistry, and cell culture.

With a choice of materials and surface treatments, researchers can select the optimal variant for their workflow, whether working with aqueous solutions, organic solvents, or specialized reagents. Simple filling by pipette (manual or robotic) supports various workflows, batch sizes, or automated protocols.

Applications

This microfluidic chip is ideal for miniaturized assays, parallel experiments, and high-throughput screening. It supports applications requiring precision and reproducibility in liquid handling and analysis such as:

• Cell-based assays
• Hybridization assays
• Small-volume chemical synthesis
• Quantitative analysis
• Sample preparation

Content

1x Straight Channel Chip - Microtiter plate format Fluidic 102

Specifications

Documentation

Straight Channel Chip - Microtiter plate format Fluidic 102 datasheet

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