Chamber Chip with Pipetting Interface - Various chamber depths Fluidic 1495

The Chamber Chip with Pipetting Interface - Various chamber depths Fluidic 1495 is a multi-chamber microfluidic device designed for precise and easy sample handling. It features a total volume defined by sixteen chambers, each with channel depths ranging from 150 µm to 500 μm, and offers volume selection via paired chambers with equal dimensions and capacities. There are 16 individual channels, each with independent pipetting access, streamlining multi-sample experiments and increasing throughput efficiency.

General

This chamber chip with pipetting interface comprises a total of 16 chambers, each with varying channel depths from 150 µm - 500 μm. In pairs, two chambers share identical dimensions and chamber volumes. What sets this chamber chip apart is the presence of a pipetting interface at the inlet of each chamber. This interface enables direct filling of the chamber using a pipette. This significantly streamlines the handling process, allowing for easy and precise pipetting of samples or liquids into the chambers, manually or via a pipetting robot, without requiring additional steps or equipment. Additionally, the outlets of the individual chambers are equipped with Mini Luer interfaces, making them compatible with all of microfluidic ChipShop‘s acessories with Male Mini Luer interface, such as tanks, plugs or caps.

Features & Benefits

• Direct Pipetting Interface: Each chamber has its own pipetting interface. This means users can fill chambers directly with a pipette or robot, ensuring accuracy and saving time.
• Sixteen Independent Chambers: The chip includes sixteen separate chambers. Each can be used on its own, supporting parallel processing of multiple samples and increasing productivity.
• Variable Channel Depths: The chambers have different channel depths from 150 µm to 500 µm. Pairs of chambers share the same size and volume, providing options for varying experimental needs.
• Mini Luer Compatible Outlets: Each outlet fits Mini Luer-connectable accessories. This improves compatibility with a wide range of add-on products such as tanks, plugs, or caps.
• No Additional Handling Equipment Required: The chip's design removes the need for extra filling steps or special handling equipment, making sample preparation simpler.
• Available with Different Materials and Surface Treatments: Users can choose PS or Topas materials, with either hydrophilized or untreated surfaces. This supports compatibility with various samples and applications.

This chamber chip offers a straightforward solution for anyone who needs to fill multiple fluidic chambers at once. The direct pipetting interface on every chamber reduces training requirements and risk of error, whether samples are handled manually or by robotics. Because each pair of chambers is built identically, it's easy to compare results or run controls alongside experiments.The device is ready for laboratory automation, but is just as practical for manual single studies. Designed for compatibility, each outlet uses a standard Mini Luer interface. The availability of hydrophilized and non-treated surfaces gives researchers flexibility depending on their sample type or adsorption concerns. This product enables researchers to run parallel assays more quickly, reproducibly, and with less setup overhead.

Applications

The Chamber Chip with Pipetting Interface - Various chamber depths Fluidic 1495 is ideal for many fluidic applications where direct filling, multiple parallel samples, or easy integration with standard laboratory accessories are required. Target use cases include, but are not limited to, laboratory experiments, biological sample preparation, fluidic reaction setups, and device validation with various fluids.

• Parallel sample preparation in research labs
• Automated liquid handling and pipetting assays
• Development and testing of microfluidic protocols

Content

1x Chamber Chip with Pipetting Interface - Various chamber depths Fluidic 1495

Specifications

Documentation

Click to read more information about ChipShop chips material properties.

? Chamber chip with pipetting interface Fluidic 1495 datasheet