Fluidic Components for
Life Science Instruments
Fluidic components for genomics, cell culture, sample preparation and other automated life science workflows.
Application Types
Choose a life science workflow to review its fluidic priorities and relevant components.
Current Application Priorities
Genomics and Sample Preparation Fluidic Priorities
Component selection should account for liquid properties, target volume, flow, pressure, connection geometry and maintenance requirements.
Fluidic Modules and Product Capabilities
Review component categories for sample, reagent, transfer, cleaning and waste paths.
Sample Preparation
Review the component categories used for sample preparation in genomics and sample preparation workflows.
Core capability: Controlled aspiration, holding and dispensing for precise liquid handling.
25 μL–25 mL30 / 60 mm stroke1–8 channelsdispensing error ≤1%pressure 0.4 MPa16
Application advantageSupports programmable bidirectional liquid movement and controlled delivery.
What it addressesHelps manage low-volume transfer, aspiration and dispense steps.
Core capability: Repeatable metering for high-frequency liquid dispensing.
50 μL–20 mLACC＜0.5%CV＜0.5%pressure 0.3 MPaservice life 5001/4-28 UNF / M6
Application advantageProvides consistent volumetric delivery in automated workflows.
What it addressesHelps maintain repeatable dosing across repeated operating cycles.
Core capability: Front-end liquid access for sample aspiration and reagent dispensing.
Application-specific configuration
Application advantageProbe configurations can be selected for the vessel and workflow geometry.
What it addressesProvides a controlled liquid interface at the aspiration or dispense position.
Core capability: Fluid-path status detection and abnormal-condition feedback.
pressure ≤2000 kPa1 fF / 50 μL / 1 mstube OD 1.6–6.4 mm0.01–5 μS/cm
Application advantageAdds monitoring points to critical sections of the fluid path.
What it addressesHelps identify pressure, liquid-level and bubble-related conditions.
Need support for a life science fluid path?
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