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microfluidic valve control matrix  (Elveflow Inc)


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    Structured Review

    Elveflow Inc microfluidic valve control matrix
    The Module-Fluidic generates the desired concentration profile that enables downstream <t>microfluidic</t> devices’ function.
    Microfluidic Valve Control Matrix, supplied by Elveflow Inc, used in various techniques. Bioz Stars score: 94/100, based on 33 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/microfluidic valve control matrix/product/Elveflow Inc
    Average 94 stars, based on 33 article reviews
    microfluidic valve control matrix - by Bioz Stars, 2026-04
    94/100 stars

    Images

    1) Product Images from "Module-Fluidics: Building Blocks for Spatio-Temporal Microenvironment Control"

    Article Title: Module-Fluidics: Building Blocks for Spatio-Temporal Microenvironment Control

    Journal: Micromachines

    doi: 10.3390/mi13050774

    The Module-Fluidic generates the desired concentration profile that enables downstream microfluidic devices’ function.
    Figure Legend Snippet: The Module-Fluidic generates the desired concentration profile that enables downstream microfluidic devices’ function.

    Techniques Used: Concentration Assay

    Structures of the Spatio-Temporal Concentration Controller. ( A ) 3D structure of Signal generator (Oscillator) and Module Connector (Integrator), the Oscillator consists of three layers, the PDMS structure layer has flow channels patterned. The channel is molded using positive photo resist which produces a semi-cylindrical cross-section for complete sealing of the micro valve. The second layer is a thin PDMS membrane with controlling valves when the air pressure (∼20 psi) is applied, valve will seal the channel. The third layer is glass slide to support the entire structure. All layers are bounded to each other using plasma bonding. The Integrator is a single microfluidic channel with depth 25 µm. The PDMS layer is also bounded to a glass slide; ( B ) Drawings of the oscillator and integrator ( C ) Concentration signal generation achieved by combination of valve status; ( D ) Function generated by the oscillator.
    Figure Legend Snippet: Structures of the Spatio-Temporal Concentration Controller. ( A ) 3D structure of Signal generator (Oscillator) and Module Connector (Integrator), the Oscillator consists of three layers, the PDMS structure layer has flow channels patterned. The channel is molded using positive photo resist which produces a semi-cylindrical cross-section for complete sealing of the micro valve. The second layer is a thin PDMS membrane with controlling valves when the air pressure (∼20 psi) is applied, valve will seal the channel. The third layer is glass slide to support the entire structure. All layers are bounded to each other using plasma bonding. The Integrator is a single microfluidic channel with depth 25 µm. The PDMS layer is also bounded to a glass slide; ( B ) Drawings of the oscillator and integrator ( C ) Concentration signal generation achieved by combination of valve status; ( D ) Function generated by the oscillator.

    Techniques Used: Concentration Assay, Membrane, Clinical Proteomics, Generated



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    Image Search Results


    The Module-Fluidic generates the desired concentration profile that enables downstream microfluidic devices’ function.

    Journal: Micromachines

    Article Title: Module-Fluidics: Building Blocks for Spatio-Temporal Microenvironment Control

    doi: 10.3390/mi13050774

    Figure Lengend Snippet: The Module-Fluidic generates the desired concentration profile that enables downstream microfluidic devices’ function.

    Article Snippet: All the valves are controlled by a microfluidic valve control matrix (MUX QUAKE VALVE, Elveflow) with sixteen independent pressure outlets that can provide a constant pressure input when they are switched on.

    Techniques: Concentration Assay

    Structures of the Spatio-Temporal Concentration Controller. ( A ) 3D structure of Signal generator (Oscillator) and Module Connector (Integrator), the Oscillator consists of three layers, the PDMS structure layer has flow channels patterned. The channel is molded using positive photo resist which produces a semi-cylindrical cross-section for complete sealing of the micro valve. The second layer is a thin PDMS membrane with controlling valves when the air pressure (∼20 psi) is applied, valve will seal the channel. The third layer is glass slide to support the entire structure. All layers are bounded to each other using plasma bonding. The Integrator is a single microfluidic channel with depth 25 µm. The PDMS layer is also bounded to a glass slide; ( B ) Drawings of the oscillator and integrator ( C ) Concentration signal generation achieved by combination of valve status; ( D ) Function generated by the oscillator.

    Journal: Micromachines

    Article Title: Module-Fluidics: Building Blocks for Spatio-Temporal Microenvironment Control

    doi: 10.3390/mi13050774

    Figure Lengend Snippet: Structures of the Spatio-Temporal Concentration Controller. ( A ) 3D structure of Signal generator (Oscillator) and Module Connector (Integrator), the Oscillator consists of three layers, the PDMS structure layer has flow channels patterned. The channel is molded using positive photo resist which produces a semi-cylindrical cross-section for complete sealing of the micro valve. The second layer is a thin PDMS membrane with controlling valves when the air pressure (∼20 psi) is applied, valve will seal the channel. The third layer is glass slide to support the entire structure. All layers are bounded to each other using plasma bonding. The Integrator is a single microfluidic channel with depth 25 µm. The PDMS layer is also bounded to a glass slide; ( B ) Drawings of the oscillator and integrator ( C ) Concentration signal generation achieved by combination of valve status; ( D ) Function generated by the oscillator.

    Article Snippet: All the valves are controlled by a microfluidic valve control matrix (MUX QUAKE VALVE, Elveflow) with sixteen independent pressure outlets that can provide a constant pressure input when they are switched on.

    Techniques: Concentration Assay, Membrane, Clinical Proteomics, Generated