• 简体中文
  • 한국어
  • Deutsch
Fluigent
  • Research
      • Flow EZ™ microfluidic flow controller
      • Microfluidic Research Equipment
      • Microfluidic Instruments
        • Omi, an Automated Organ-On-A-Chip Platform
        • Aria, automated Perfusion System  
        • Microfluidic Pressure Based Flow Controller
        • Microfluidic Sensors
        • Microfluidic Valves
        • Pressure Control Reservoirs
        • Microfluidic Pressure Sources
        • Microfluidic Chips
        • Microfluidic Accessories
      • Software Solutions
        • Lab Integration Software
        • Real-Time Control & Lab Automation Software 
      • Microfluidic Packs
        • UV-crosslinked microcapsule production platform 
        • Encapsulation Platform for FACS
        • Microfluidic Complex Emulsion Production Platform
        • Microfluidic Application Packs
        • Microfluidic Starter Packs
      • Research Applications
        • Microfluidics for Cell Analysis
        • Microfluidics for Organ-on-chip Cell culture
        • Microfluidics for Droplet Generation
        • Microfluidics for Cell Biology
      • Subscribe to the newsletter
  • Industrial
      • Microfluidic OEM
      • Microfluidic OEM Devices
        • Microfluidic OEM Components
        • Customizable OEM Flow Control Modules
      • Fully Custom Microfluidic Device
      • Custom microfluidic device
      • Technologies
        • A Microfluidic Pressure Controller Comparison for Your Ultimate Fluid Control System
        • 5 reasons to choose OEM pressure controllers over OEM syringe pumps for microfluidic applications
        • Microfluidic recirculation system 
        • DFC, “Self-Learning” Microfluidic Flow Control Algorithm
        • Non-Intrusive Flow Sensing Technology
        • Compact All-In-One Microfluidic Micropump
        • Liquid Stirring Solutions
      • Industrial Applications
        • Combining Microfluidics and Spectroscopy
        • Valve Automation with the F-OEM for Microfluidic Applications
        • Localization microscopy and flow control for multiplexing 
        • Contamination-free Liquid Handling System
        • Microfluidic Drug Discovery 
        • Flow Expertise for Cell Encapsulation and Single-Cell Analysis
        • Droplet Digital PCR (ddPCR)
      • Subscribe to the newsletter
  • Markets & Applications
    • Microfluidics in Life Science
    • Microfluidics for Pharmaceutical Applications
    • Microfluidics for Food testing & Agriculture
    • Microfluidics in Cosmetics
    • Microfluidics in Water analysis
  • Company
    • About us
    • Fluigent’s Academic Partners
      • Scientific Partners
      • Fluigent’s Brand Ambassadors
      • Center Partners
    • Team
    • News
    • Events & Webinars
    • Fluigent Newsletter
    • Fluigent’s Distributors
    • Careers
  • Resources & Support
      • Expert Reviews: Basics of Microfluidics
        • General overview of microfluidics
        • Advantages of pressure-based microfluidics
        • Microfluidics tips
        • Droplet & Particle Generation
        • Microfluidic cell biology
        • Industrial / OEM Expertise
        • Funded research program
      • FAQ
      • Videos
        • Expertise videos
        • Product presentation videos
        • Tutorial videos
      • Expertise
        • Videos
        • Microfluidics Article Reviews
        • Microfluidic Application Notes
        • Microfluidics case studies
        • Interviews & Testimonials
        • Microfluidics White Papers
      • Documentation
        • CAD
        • Fluigent Catalog
        • Fluigent products manual
        • Fluigent Products Datasheets
        • Safety datasheet
        • Fluigent Media Kit product icons & images
      • Microfluidic Calculators
        • Shear Stress Calculator
        • Pressure & Flow Rate Calculator
        • Droplet Size Calculator
      • Download software
        • FEZ and Link Firmware Updater​
        • OxyGEN
        • Software Development Kit
        • Discontinued software
      • Subscribe to the newsletter
  • Webshop
  • Contact us
Home » Research » Microfluidic Instruments » Microfluidic Valves » Microfluidic Sampling Valve

Microfluidic Sampling Valve

[2SW003]

    2-SWITCH™ 3-port/2-way

    The 2-SWITCH™ is a compact 3-port/2-way microfluidic sampling valve. Using standard fittings, it can be integrated into any microfluidic setup. Its unique and compact design allows users to combine 2-SWITCH™ devices to save space on your benchtop.

    Ask for a quoteSpecifications
    MICROFLUIDIC SAMPLING VALVE 2 switch
    Main benefits
    • USER FRIENDLY
      Intuitive

      Plug & Play valve & local button

    • Compact

      Easily combine & parallelize

    • Quick

      Actuation & Response time

    • adaptable
      Adaptable

      Control with or without a PC

    Features of the sampling valve

    Fluid switching & sampling 

    The 2-SWITCH™ can be used for fluid switching or dispensing depending on the direction of flow. When 2 liquids are coming into the valve, select which to deliver to your device. Alternatively, one liquid can be driven into selected parts of a setup for sampling/sorting. 

    Parallelize & Combine

    The specific design of the microfluidic valve for sampling allows one to combine several together with a minimum of space requirement. Added to the automation software, one can easily create multiple fluidic paths. 

    Time-based automation

    The valve can be controlled using OxyGEN software for long-term and complex experiments. Create a time-based protocol to set the timing of the valve(s). 

    ON/OFF switch

    The 2-SWITCH™ is a versatile device that is easily adapted into an on/off valve (2-port/2-position) by connecting a plug to one port (other than the common port). 

    A compact and useful tool

    Its versatility makes it ideal for applications where fluid sorting, switching or periodic sampling are required.

    Related applications

    • OxyGEN

      Discover
    • Fluigent Products Datasheets

      Datasheet 2 Switch Sampling Valve

      Download
    • Fluigent products manual

      Easy Switch Solutions User Manual

      Download

    Smart control and automation of your fluidic path

    The 2-switch microfluidic sampling valve can be combined with other compact instruments to allow easy and precise fluid handling in complex microfluidic systems. Once integrated in the set-up, the valves can be controlled in real-time and don’t require a PC.  

    Benefits of the microfluidic valve for sampling

    • Ultra-low switching time: less than 3ms, making it compatible with our ultra-fast flow controllers
    • Low internal volume: 28µL
    • Versatility and ease of use

    How to use the 2-switch valve

    Hydrogel droplets production

    When integrated in our droplet production station, the microfluidic sampling valve generates  highly monodisperse alginate droplets. The switch is used in 2 configurations: 

    • Fluid switching: In position 1, the switch will select the injection of water to stabilize the system and start droplet production of the desired diameter. Once the droplet generation is stable, switching to position 2 will allow users to alginate droplets 
    • Fluid sampling: At the outlet of the chip, the switch position will determine if the generated droplets are recovered in the collecting tube or discarded into the waste 
    Figure 1. Schematics of the alginate droplets production setup
    immunostaining setup
    Figure 2. Schematic of the immunostaining setup combining Aria and the 2-switch

    Immunostaining

    Aria offers a balanced solution between manual pipetting and single-purpose, all-in-one systems. It allows for the automation of protocols involving multiple solution deliveries, for instance the capture process and immunostaining of breast cancer cells, ultimately saving scientists time and minimizing variability in experiments when compared to manual procedures.

    With its outlet microfluidic sampling valve (2-Switch), Aria enables the precise direction of the outlet solution, either towards the intended application or waste, at any given time. 

    Specifications

    PERFORMANCE

    Maximum pressure2 bar, 5 bar upon request
    Response time3 ms

    HARDWARE SPECIFICATIONS

    Internal volume59 µL
    Internal diameter1.2 mm (standard)
    0.8 mm (5 bar version)
    Dead volumeNone
    Wetted materialsFluidic housing: PEEK,
    Seal: EPDM (standard version) or FFKM (5 bar version) 
    FittingsCommon 1/4-28 (1/16’’ OD) flangeless
    Port communicationRJ45

    WEIGHT AND DIMENSIONS

    Dimensions82 x 66 x 22.5 mm
    Weight116 g (0.25 lbs)

    CHEMICAL COMPATIBILITY

    Mineral oilNot compatible with EPDM membrane
    Gas compatibilityDry, oil-free gas, air, any non corrosive or non explosive gas
    Liquid compatibilityAqueous solvent, oil, organic solent, biological sample

    OxyGEN

    Control in real-time, protocol automation, data record and export
    ver. 2.2.0.0 or more recent

    See the offer


    Software Development Kit

    Custom software application
    ver. 22.2.0.0 or more recent

    See the offer

    The 2-SWITCH™ is a 3-port / 2-way solenoid valve: two ports can alternatively be connected to a third one (the common port), thanks to the movement of a diaphragm actuated by a solenoid. The flow is bidirectional in this sampling microvalve, meaning that the device can be used as a selector and a distributor. 

    MICROFLUIDIC SAMPLING VALVE switch

    Expertise & resources

    • Fluigent Products Datasheets Datasheet 2 Switch Sampling Valve Download
    • Microfluidics case studies University of Rochester: A tissue chip platform for real-time sensing of secreted inflammatory markers using ARIA Read more
    • Product presentation videos MICROFLUIDIC VALVE AUTOMATION: How to make it easy [SWITCH EZ] – Fluigent Read more
    • Microfluidics White Papers An exploration of Microfluidic technology and fluid handling  Read more
    • Fluigent products manual Easy Switch Solutions User Manual Download
    • Microfluidics case studies CEA/CNRS: A flow cell for nanoscopic imaging in liquid Read more
    • Microfluidic Application Notes Double Emulsion Generation Read more
    • Microfluidic Application Notes Microfluidic Chitosan Microcapsules Production Read more
    • Microfluidic Application Notes Alginate Microbeads Production Read more
    • Microfluidic Application Notes Liposome Nanoparticle Synthesis  Read more
    • Microfluidic Application Notes PLGA Microparticles Synthesis Read more

    Related products

    • microfluidic valve controller

      Microfluidic valve controller for flow redirection

      SWITCH EZ

      See the offer
    • Fluigent L Switch microfluidic recirculation AND injection valve

      Microfluidic Recirculation Valve

      L-SWITCH™ 6-port/2-position

      See the offer
    • M-SWITCH™, Fluigent Microfluidic Bidirectional Valve

      M-SWITCH™ Microfluidic bidirectional valve 

      M-SWITCH™ Microfluidic bidirectional valve 

      See the offer
    • Real-Time Control & Lab Automation Software 

      OxyGEN – The new way to get full control of your microfluidic system and automate your lab setup.

      See the offer

    Accessories

    • Airtight metal tube caps for microfluidics

      Discover
    • Pressurized fluid reservoirs

      Microfluidic Pressurized Fluid Reservoirs

      Discover
    • Microfluidic Low Pressure Generator

      Discover
    • bubble trap

      Bubble Trap

      Discover

    Kits

    • 2-SWITCH tubing and fitting kit

      2-SWITCH tubing & fitting kit

      Buy online
    Logo fluigent green and blue

    67 avenue de Fontainebleau
    94 270 Le Kremlin-Bicêtre

    Research

    • Microfluidic Research Applications
    • Instruments
    • Software solutions
    • Packages

    Industrial

    • Products

    Resources

    • Microfluidic Application Notes
    • Microfluidics case studies
    • Expert Reviews: Basics of Microfluidics
    • Interviews & Testimonials

    Support & Tools

    • Documentation
    • Download software

    Company

    • About us
    • Team
    • Events & Webinars
    • Newsletter
    • Fluigent’s Distributors
    • Careers

    Legal

    • Terms & Conditions of Sale
    • Legal Terms & Privacy Policy