Microfluidic Chips

Showing all 79 results

  • + 3D Flow Focusing Chip – 14µm – Hydrophobic

    3D Flow Focusing Chip – 14µm – Hydrophobic

  • x

    3D Flow Focusing Chip – 14µm – Hydrophobic

    Suitable for generating highly monodisperse aqueous in organic droplets between 5µm to 12µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

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  • + 3D Flow Focusing Chip – 14µm – Hydrophilic

    3D Flow Focusing Chip – 14µm – Hydrophilic

  • x

    3D Flow Focusing Chip – 14µm – Hydrophilic

    Suitable for generating highly monodisperse organic–in–aqueous droplets between 5µm to 12µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

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  • + 3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophobic

    3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophobic

  • x

    3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophobic

    Suitable for generating highly monodisperse aqueous in organic droplets between 25µm to 70µm. The chip features two separate inputs for the droplet phase fluid (aqueous), allowing in droplet mixing, in droplet reactions or formation of Janus particles. It has two inlets for the carrier phase fluid (organic).

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  • + 3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophilic

    3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophilic

  • x

    3D Flow Focusing Chip – 100µm – 2 Reagent – Hydrophilic

    Suitable for generating highly monodisperse organic–in–aqueous droplets between 25µm to 70µm. The chip features two separate inputs for the droplet phase fluid (organic), allowing in–droplet mixing, in–droplet reactions or formation of Janus particles. It has two inlets for the carrier phase fluid (aqueous).

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  • + 3D Flow Focusing Chip – 100µm – Hydrophobic

    3D Flow Focusing Chip – 100µm – Hydrophobic

  • x

    3D Flow Focusing Chip – 100µm – Hydrophobic

    Suitable for generating highly monodisperse aqueous in organic droplets between 25µm to 70µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (aqueous), and two inlets for the carrier phase fluid (organic).

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  • + 3D Flow Focusing Chip – 100µm – Hydrophilic

    3D Flow Focusing Chip – 100µm – Hydrophilic

  • x

    3D Flow Focusing Chip – 100µm – Hydrophilic

    Suitable for generating highly monodisperse organic–in–aqueous droplets between 25µm to 70µm. The chip carries two identical but separate flow focusing junctions. Each junction has 1 inlet for the droplet phase fluid (organic), and two inlets for the carrier phase fluid (aqueous).

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  • + Droplet Pillar Merger Chip (200µm etch depth), fluorophilic

    Droplet Pillar Merger Chip (200µm etch depth), fluorophilic

  • x

    Droplet Pillar Merger Chip (200µm etch depth), fluorophilic

    The Droplet Pillar Merger Chip (200µm etch depth), fluorophilic is a glass microfluidic device designed for continuous merging in a controlled manner of two droplets with different composition.
    It features an in-line merging chamber mechanism allowing two- at- a- time droplet merging between reference library samples and the test. The resulting merged droplets are stable and can be collected off- chip for further manipulations or analysis. Additionally, this chip is ideal for integration with Dolomite`s Mitos Dropix System to create infinite droplet combinatorial reactions.
    The fluorophilic coating allows aqueous droplets to be created in fluorinated oil. Other options include oil droplets in water using the Droplet Pillar Merger Chip (200µm etch depth) (Part No. 3200376). Or aqueous droplets created in an organic carrier phase using the Droplet Pillar Merger Chip (200µm etch depth) hydrophobic (Part No. 3200377)

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  • + Droplet Pillar Merger Chip (200µm etch depth), hydrophobic

    Droplet Pillar Merger Chip (200µm etch depth), hydrophobic

  • x

    Droplet Pillar Merger Chip (200µm etch depth), hydrophobic

    The Droplet Pillar Merger Chip (200µm etch depth), hydrophobic is a glass microfluidic device designed for continuous merging in a controlled manner of two droplets with different composition.
    It features an in-line merging chamber mechanism allowing two- at- a- time droplet merging between reference library samples and the test. The resulting merged droplets are stable and can be collected off- chip for further manipulations or analysis. Additionally, this chip is ideal for integration with Dolomite`s Mitos Dropix System to create infinite droplet combinatorial reactions.

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  • + Droplet Pillar Merger Chip (200µm etch depth)

    Droplet Pillar Merger Chip (200µm etch depth)

  • x

    Droplet Pillar Merger Chip (200µm etch depth)

    The Droplet Pillar Merger Chip (200µm etch depth) is a glass microfluidic device designed for continuous merging in a controlled manner of two droplets with different composition. It features an in-line merging chamber mechanism allowing two- at- a- time droplet merging between reference library samples and the test. The resulting merged droplets are stable and can be collected off- chip for further manipulations or analysis. Additionally, this chip is ideal for integration with Dolomite`s Mitos Dropix System to create infinite droplet combinatorial reactions.

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  • + 2 Reagent Droplet Chip (50µm etch depth), hydrophobic

    2 Reagent Droplet Chip (50µm etch depth), hydrophobic

  • x

    2 Reagent Droplet Chip (50µm etch depth), hydrophobic

    The 2 Reagent Droplet Chip is a glass microfluidic device designed for generating droplets containing 2 reagents. Designed for a wide range of applications including high throughput chemistry, biomedical analysis of cells, janus particle formation and polymerization research.

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  • + 2 Reagent Droplet Chip (50µm etch depth)

    2 Reagent Droplet Chip (50µm etch depth)

  • x

    2 Reagent Droplet Chip (50µm etch depth)

    The 2 Reagent Droplet Chip is a glass microfluidic device designed for generating droplets containing 2 reagents. Designed for a wide range of applications including high throughput chemistry, biomedical analysis of cells, janus particle formation and polymerization research.

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  • + Droplet Merger Chip 1 (70µm etch depth), hydrophobic

    Droplet Merger Chip 1 (70µm etch depth), hydrophobic

  • x

    Droplet Merger Chip 1 (70µm etch depth), hydrophobic

    The Droplet Merger Chip 1 is a glass microfluidic device designed for the merging of droplet in the volume range 400pl to 900pl.It is for research use only in the field of Nucleic Acid Analysis. Licence agreements available for commercial use in the field of Nucleic Acid Analysis. Please contact us for more information.

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  • + Droplet Merger Chip 1 (70µm etch depth)

    Droplet Merger Chip 1 (70µm etch depth)

  • x

    Droplet Merger Chip 1 (70µm etch depth)

    The Droplet Merger Chip 1 is a glass microfluidic device designed for the merging of droplet in the volume range 400pl to 900pl.It is for research use only in the field of Nucleic Acid Analysis. Licence agreements available for commercial use in the field of Nucleic Acid Analysis. Please contact us for more information.

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  • + 2 Reagent Droplet Chip (100µm etch depth), hydrophobic

    2 Reagent Droplet Chip (100µm etch depth), hydrophobic

  • x

    2 Reagent Droplet Chip (100µm etch depth), hydrophobic

    The 2 Reagent Droplet Chip is a glass microfluidic device designed for generating droplets containing 2 reagents. Designed for a wide range of applications including high throughput chemistry, biomedical analysis of cells, janus particle formation and polymerization research.

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  • + 2 Reagent Droplet Chip (100µm etch depth)

    2 Reagent Droplet Chip (100µm etch depth)

  • x

    2 Reagent Droplet Chip (100µm etch depth)

    The 2 Reagent Droplet Chip is a glass microfluidic device designed for generating droplets containing 2 reagents. Designed for a wide range of applications including high throughput chemistry, biomedical analysis of cells, janus particle formation and polymerization research.

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  • + Droplet Generation Chip with Header (50 µm etch depth), hydrophobic

    Droplet Generation Chip with Header (50 µm etch depth), hydrophobic

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    Droplet Generation Chip with Header (50 µm etch depth), hydrophobic

    The Droplet Generation Chip with header is a glass microfluidic device designed for generating droplets made up of one, two or three reagents. Applications include monodispersed droplet formation, emulsion formation and Janus particle formation. The chip is supplied with a location pin that allows connection to the Circular Connector (Part No. 3000051).

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  • + Small Quartz Droplet Chip (5µm etch depth), hydrophobic

    Small Quartz Droplet Chip (5µm etch depth), hydrophobic

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    Small Quartz Droplet Chip (5µm etch depth), hydrophobic

    The Small Quartz Droplet Chip is a microfluidic device designed for generating small droplets in the size range of 2-10µm. The Small Quartz Droplet Chip offers a flow focusing junction geometry with 5 x 8µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Small Quartz Droplet Chip (5µm etch depth)

    Small Quartz Droplet Chip (5µm etch depth)

  • x

    Small Quartz Droplet Chip (5µm etch depth)

    The Small Quartz Droplet Chip is a microfluidic device designed for generating small droplets in the size range of 2-10µm. The Small Quartz Droplet Chip offers a flow focusing junction geometry with 5 x 8µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Small Quartz Droplet Chip (14µm etch depth) Hydrophobic

    Small Quartz Droplet Chip (14µm etch depth) Hydrophobic

  • x

    Small Quartz Droplet Chip (14µm etch depth) Hydrophobic

    The Small Quartz Droplet Chip is a microfluidic device designed for generating small droplets in the size range of 5-30µm. The Small Quartz Droplet Chip offers a flow focussing junction geometry with 14 x 17µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Small Quartz Droplet Chip (14µm etch depth)

    Small Quartz Droplet Chip (14µm etch depth)

  • x

    Small Quartz Droplet Chip (14µm etch depth)

    The Small Quartz Droplet Chip is a microfluidic device designed for generating small droplets in the size range of 5-30µm. The Small Quartz Droplet Chip offers a flow focussing junction geometry with 14 x 17µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Small Droplet Chip (14µm etch depth), hydrophobic

    Small Droplet Chip (14µm etch depth), hydrophobic

  • x

    Small Droplet Chip (14µm etch depth), hydrophobic

    The Small Droplet Chip is a glass microfluidic device designed for generating small droplets in the size range of 5-30µm. The Small Droplet Chip offers a flow focussing junction geometry with 14 x 17µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Small Droplet Chip (14µm etch depth)

    Small Droplet Chip (14µm etch depth)

  • x

    Small Droplet Chip (14µm etch depth)

    The Small Droplet Chip is a glass microfluidic device designed for generating small droplets in the size range of 5-30µm. The Small Droplet Chip offers a flow focussing junction geometry with 14 x 17µm cross-section at the junction. Applications are found in drug delivery, materials science and food research where smaller droplets allow for the improved control over the targeting and release of active compounds.

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  • + Quartz Droplet Junction Chip (190µm etch depth), hydrophobic

    Quartz Droplet Junction Chip (190µm etch depth), hydrophobic

  • x

    Quartz Droplet Junction Chip (190µm etch depth), hydrophobic

    The Quartz Droplet Junction Chip 190µm is a microfluidic device designed for generating droplets. The Quartz Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

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  • + Quartz Droplet Junction Chip (190µm etch depth)

    Quartz Droplet Junction Chip (190µm etch depth)

  • x

    Quartz Droplet Junction Chip (190µm etch depth)

    The Quartz Droplet Junction Chip 190µm is a microfluidic device designed for generating droplets. The Quartz Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

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  • + Quartz Droplet Junction Chip (100µm etch depth), hydrophobic

    Quartz Droplet Junction Chip (100µm etch depth), hydrophobic

  • x

    Quartz Droplet Junction Chip (100µm etch depth), hydrophobic

    The Quartz Droplet Junction Chip is a microfluidic device designed for generating droplets. The Quartz Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

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  • + Quartz Droplet Junction Chip (100µm etch depth)

    Quartz Droplet Junction Chip (100µm etch depth)

  • x

    Quartz Droplet Junction Chip (100µm etch depth)

    The Quartz Droplet Junction Chip is a microfluidic device designed for generating droplets. The Quartz Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

     

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  • + Quartz Microreactor Chip 250µl, 3 ports

    Quartz Microreactor Chip 250µl, 3 ports

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    Quartz Microreactor Chip 250µl, 3 ports

    The Quartz Microreactor Chip is a microfluidic device designed for the mixing and reaction of two or three liquid reagent streams enabling the fast and efficient processing of chemicals for testing and analysis. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + Droplet Junction Chip with header (190µm etch depth), hydrophobic

    Droplet Junction Chip with header (190µm etch depth), hydrophobic

  • x

    Droplet Junction Chip with header (190µm etch depth), hydrophobic

    The Droplet Junction Chip with header is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip is available with attached header for ejection of droplets into a bulk liquid. This is useful for generation of emulsions since it reduces the likelihood of droplet coalescence, which can be an issue with some fluids on transfer from chip to tubing. In this configuration, the Droplet Junction Chip with Header is used with the Linear Connector 4-way (Part No. 3000024) to generate droplets on the X-junction and eject from the edge of the chip. Droplets can be collected using the Droplet Collection Module (Part No. 3200112). An additional benefit of this collection method is that droplets can be cured with UV light immediately after generation.

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  • + Droplet Junction Chip with header (190µm etch depth)

    Droplet Junction Chip with header (190µm etch depth)

  • x

    Droplet Junction Chip with header (190µm etch depth)

    The Droplet Junction Chip with header is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip is available with attached header for ejection of droplets into a bulk liquid. This is useful for generation of emulsions since it reduces the likelihood of droplet coalescence, which can be an issue with some fluids on transfer from chip to tubing. In this configuration, the Droplet Junction Chip with Header is used with the Linear Connector 4-way (Part No. 3000024) to generate droplets on the X-junction and eject from the edge of the chip. Droplets can be collected using the Droplet Collection Module (Part No. 3200112). An additional benefit of this collection method is that droplets can be cured with UV light immediately after generation.

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  • + Droplet Junction Chip with header (100µm etch depth), hydrophobic

    Droplet Junction Chip with header (100µm etch depth), hydrophobic

  • x

    Droplet Junction Chip with header (100µm etch depth), hydrophobic

    The Droplet Junction Chip with header is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip is available with attached header for ejection of droplets into a bulk liquid. This is useful for generation of emulsions since it reduces the likelihood of droplet coalescence, which can be an issue with some fluids on transfer from chip to tubing. In this configuration, the Droplet Junction Chip with Header is used with the Linear Connector 4-way (Part No. 3000024) to generate droplets on the X-junction and eject from the edge of the chip. Droplets can be collected using the Droplet Collection Module (Part No. 3200112). An additional benefit of this collection method is that droplets can be cured with UV light immediately after generation.

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  • + Droplet Junction Chip with header (100µm etch depth)

    Droplet Junction Chip with header (100µm etch depth)

  • x

    Droplet Junction Chip with header (100µm etch depth)

    The Droplet Junction Chip with header is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip is available with attached header for ejection of droplets into a bulk liquid. This is useful for generation of emulsions since it reduces the likelihood of droplet coalescence, which can be an issue with some fluids on transfer from chip to tubing. In this configuration, the Droplet Junction Chip with Header is used with the Linear Connector 4-way (Part No. 3000024) to generate droplets on the X-junction and eject from the edge of the chip. Droplets can be collected using the Droplet Collection Module (Part No. 3200112). An additional benefit of this collection method is that droplets can be cured with UV light immediately after generation.

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  • + Droplet Junction Chip (190 µm etch depth), hydrophobic

    Droplet Junction Chip (190 µm etch depth), hydrophobic

  • x

    Droplet Junction Chip (190 µm etch depth), hydrophobic

    The Droplet Junction Chip (190 µm etch depth) is a glass microfluidic device designed for generating droplets. The channels on the chip have a hydrophobic surface coating.

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  • + Droplet Junction Chip (100µm etch depth), hydrophobic

    Droplet Junction Chip (100µm etch depth), hydrophobic

  • x

    Droplet Junction Chip (100µm etch depth), hydrophobic

    The Droplet Junction Chip is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

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  • + Droplet Junction Chip (190µm etch depth)

    Droplet Junction Chip (190µm etch depth)

  • x

    Droplet Junction Chip (190µm etch depth)

    The Droplet Junction Chip (190µm etch depth) is a glass microfluidic device designed for generating droplets.

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  • + Microreactor Chip 250µl, 3 ports

    Microreactor Chip 250µl, 3 ports

  • x

    Microreactor Chip 250µl, 3 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + Microreactor Chip 250µl, 2 ports

    Microreactor Chip 250µl, 2 ports

  • x

    Microreactor Chip 250µl, 2 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + Microreactor Chip 62.5µl, 3 ports

    Microreactor Chip 62.5µl, 3 ports

  • x

    Microreactor Chip 62.5µl, 3 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + Microreactor Chip 62.5µl, 2 ports

    Microreactor Chip 62.5µl, 2 ports

  • x

    Microreactor Chip 62.5µl, 2 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + Droplet Generation Chip with header (100 µm etch depth)

    Droplet Generation Chip with header (100 µm etch depth)

  • x

    Droplet Generation Chip with header (100 µm etch depth)

    The Droplet Generation Chip is a glass microfluidic device designed for generating droplets made up of one, two or three reagents. Applications include monodispersed droplet formation, emulsion formation and Janus particle formation. The chip is supplied with a location pin that allows connection to the Circular Connector (Part No. 3000051).

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  • + Thin T-Junction Chip with header – 100µm – Hydrophilic

    Thin T-Junction Chip with header – 100µm – Hydrophilic

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    Thin T-Junction Chip with header – 100µm – Hydrophilic

    The Thin T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation. The chip offers an ultra thin 150µm base layer for high magnification microscopy applications. It is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024).

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  • + Droplet Junction Chip (100µm etch depth)

    Droplet Junction Chip (100µm etch depth)

  • x

    Droplet Junction Chip (100µm etch depth)

    The Droplet Junction Chip is a glass microfluidic device designed for generating droplets. The Droplet Junction Chip offers both a T- and X-Junction. Applications include monodispersed droplet formation and emulsion formation.

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  • + Droplet Generation Chip with Header (50 µm etch depth)

    Droplet Generation Chip with Header (50 µm etch depth)

  • x

    Droplet Generation Chip with Header (50 µm etch depth)

    The Droplet Generation Chip with header is a glass microfluidic device designed for generating droplets made up of one, two or three reagents. Applications include monodispersed droplet formation, emulsion formation and Janus particle formation. The chip is supplied with a location pin that allows connection to the Circular Connector (Part No. 3000051).

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  • + 250ul Microreactor Chip (M1, 3 input)

    250ul Microreactor Chip (M1, 3 input)

  • x

    250ul Microreactor Chip (M1, 3 input)

    The 250µL Microreactor Chip (M1, 3 input) is a glass microfluidic device designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a Linear Connector, 4-Way (High Temperature) (Part No. 3200471) and Top Interface 4-way (4mm) (Part No. 3000109) to allow quick connection to 1/16" fluid pipes.

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  • + 250ul Microreactor Chip (M1, 3 input) with header

    250ul Microreactor Chip (M1, 3 input) with header

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    250ul Microreactor Chip (M1, 3 input) with header

    The 250µL Microreactor Chip (M1, 3 input) with header is a glass microfluidic reactor assembly designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a Linear Connector, 4-Way (High Temperature) (Part No. 3200471) to allow quick connection to 1/16" fluid pipes.

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  • + Thin 2 Reagent Droplet Incubation Chip, fluorophilic

    Thin 2 Reagent Droplet Incubation Chip, fluorophilic

  • x

    Thin 2 Reagent Droplet Incubation Chip, fluorophilic

    The Thin 2 Reagent Droplet Incubation Chip is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. A thin base enables rapid cooling and heating . Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + 2 Reagent Droplet Incubation Chip, fluorophilic

    2 Reagent Droplet Incubation Chip, fluorophilic

  • x

    2 Reagent Droplet Incubation Chip, fluorophilic

    The 2 Reagent Droplet Incubation Chip, fluorophilic is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + Thin 2 Reagent Droplet Incubation Chip, hydrophobic

    Thin 2 Reagent Droplet Incubation Chip, hydrophobic

  • x

    Thin 2 Reagent Droplet Incubation Chip, hydrophobic

    The Thin 2 Reagent Droplet Incubation Chip, hydrophobic is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. A thin base enables rapid cooling and heating . Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + Thin 2 Reagent Droplet Incubation Chip

    Thin 2 Reagent Droplet Incubation Chip

  • x

    Thin 2 Reagent Droplet Incubation Chip

    The Thin 2 Reagent Droplet Incubation Chip is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. A thin base enables rapid cooling and heating . Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + 2 Reagent Droplet Incubation Chip, hydrophobic

    2 Reagent Droplet Incubation Chip, hydrophobic

  • x

    2 Reagent Droplet Incubation Chip, hydrophobic

    The 2 Reagent Droplet Incubation Chip, hydrophobic is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + 2 Reagent Droplet Incubation Chip

    2 Reagent Droplet Incubation Chip

  • x

    2 Reagent Droplet Incubation Chip

    The 2 Reagent Droplet Incubation Chip is a microfluidic device that enables creation, storage and incubation of 2 reagent droplets. Capable of creating droplets in the range of 30 to 70µm, the chip features a high droplet storage capacity volume for up to 16.38µm.

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  • + Micromixer Chip

    Micromixer Chip

  • x

    Micromixer Chip

    The Micromixer Chip is a lamination-based compact glass microfluidic device that allows rapid mixing of two or three fluid streams in each of the two independent mixing geometries. The chip can be used for the study of reaction kinetics, sample dilution, improved reaction selectivity, rapid cystallisation and nanoparticle synthesis. It is compatible with Dolomite's easy to use H-Interface (Part No. 3000155), Linear Connectors 4-way (Part No. 3000024; two of which are typically needed) and the Hotplate Adaptor (Part No. 3200111).

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  • + Membrane Chip

    Membrane Chip

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    Membrane Chip

    The Membrane Chip is designed to work with the Membrane Chip interface (Part No. 3200345) to facilitate a wide range of microfluidic applications including liquid-liquid separation, liquid-liquid contacting and in-line filtration even with strong acids and aggressive chemicals.

    Features and benefits:

    • Large area of liquid contact
    • Low internal volume
    • Excellent Chemical resistance
    • Material: 4mm thick robust glass chip

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  • + 6-Junction Droplet Chip (50um etch depth), hydrophobic

    6-Junction Droplet Chip (50um etch depth), hydrophobic

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    6-Junction Droplet Chip (50um etch depth), hydrophobic

    The 6 Junction Droplet Chip, Hydrophobic is a glass microfluidic device designed for the parallel generation of Ø20-60µm water-in-oil droplets at 6 separate flow focussing junctions. It is compatible with the Multiflux-2 Linear Connector 7-way (Part No. 3200148) and the Multiflux-2 Double Top Interface (Part No. 3200296) for quick and reliable fluidic connection from tubing to chip.

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  • + 6-Junction Droplet Chip (50um etch depth)

    6-Junction Droplet Chip (50um etch depth)

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    6-Junction Droplet Chip (50um etch depth)

    The 6 Junction Droplet Chip is a glass microfluidic device designed for the parallel generation of Ø20-60µm oil-in-water droplets at 6 separate flow focussing junctions. It is compatible with the Multiflux-2 Linear Connector 7-way (Part No. 3200148) and the Multiflux-2 Double Top Interface (Part No. 3200296) for quick and reliable fluidic connection from tubing to chip.

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  • + Porous Media Chip

    Porous Media Chip

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    Porous Media Chip

    The Porous Media Chip is a glass microfluidic device designed for statistically representative modelling of a complex porous sandstone rock structure. Applications include academic research (earth science and engineering), petrochemical industry, and environmental testing and groundwater analysis.

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  • + Embryo Immobilisation Chip

    Embryo Immobilisation Chip

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    Embryo Immobilisation Chip

    The Embryo Immobilisation Chip is designed for the immobilisation and imaging of a large number of small (up to 150µm diameter) non-adherent samples, such as embryos or cell aggregates. Samples can be transferred with a micro-pipette into well chambers that are open to the medium and have a bottom thickness that corresponds to a standard optical cover slip, allowing confocal imaging. The specific design of the well chambers keeps samples in place throughout imaging and during mounting/dismounting from the microscope.

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  • + Y-Junction Chip, hydrophobic

    Y-Junction Chip, hydrophobic

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    Y-Junction Chip, hydrophobic

    The Y-Junction Chip is a glass microfluidic device designed for a range of applications including liquid-liquid contacting and observation of microchannel flow. The Y-Junction Chip is designed to fit into the Chip Interface H (Part No. 3000155) with two Linear Connectors 4-way (Part No. 3000024).

    Features and benefits:

    • Extremely smooth channel surface
    • Hydrophobic coating
    • Wide temperature and pressure range
    • Excellent chemical compatibility
    • Quick and easy to connect/disconnect
    • High visibility - excellent access for optics
    • Compact design
    • 4 inputs and 4 outputs

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  • + Droplet Generation Chip with Header (100 µm etch depth) hydrophobic

    Droplet Generation Chip with Header (100 µm etch depth) hydrophobic

  • x

    Droplet Generation Chip with Header (100 µm etch depth) hydrophobic

    The Droplet Generation Chip with header is a glass microfluidic device designed for generating droplets made up of one, two or three reagents. Applications include monodisperse droplet formation, emulsion formation and Janus particle formation. The chip is supplied with a location pin that allows connection to the Circular Connector (Part No. 3000051).

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  • + Top Chip 3-in, 1-out

    Top Chip 3-in, 1-out

  • x

    Top Chip 3-in, 1-out

    The Top Chip, 3-in, 1-out is designed for use with the Resealable Chip Interface (Part No. 3000305) and a Base Chip. It features an integrated elastomer gasket which seals with the Base Chip. By using the Linear Connector 4-way (Part No. 3000024) liquid can be pumped into the chip and across the surface of the Base Chip. The chip features three input streams which can be connected with one output stream. This allows the positions of the streams to be controlled and the potential generation of a concentration gradient. There is also a straight 1-in, 1-out channel.

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  • + T-Junction Chip with diced end, hydrophobic

    T-Junction Chip with diced end, hydrophobic

  • x

    T-Junction Chip with diced end, hydrophobic

    The T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation.

    The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024) and features a diced end which provides a flow path that bypasses the length of serpentine channel downstream of the junction and flows directly out of the chip edge. The primary function of this chip is for the ejection of droplets into bulk liquid without disruption to the flow and is compatible with the Droplet Collection Module (Part No. 3200112).

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  • + Top Chip, 4-in, 1-out

    Top Chip, 4-in, 1-out

  • x

    Top Chip, 4-in, 1-out

    The Top Chip is designed for use with the Resealable Chip Interface (Part No. 3000305) and a Base Chip. It features an integrated elastomer gasket which seals with the Base Chip. By using the Linear Connector 4-way (Part No. 3000024) liquid can be pumped into the chip and across the surface of the Base Chip. The chip features four input streams which can be connected with one output stream. This allows the positions of the streams to be controlled and the potential generation of a concentration gradient.

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  • + Top Chip, 1-in, 1-out

    Top Chip, 1-in, 1-out

  • x

    Top Chip, 1-in, 1-out

    The Top Chip is designed for use with the Resealable Chip Interface (Part No. 3000305) and a Base Chip. It features an integrated elastomer gasket which seals with the Base Chip. By using the Linear Connector 4-way (Part No. 3000024) liquid can be pumped into the chip and across the surface of the Base Chip.

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  • + Manual Multi-Injection Top Chip

    Manual Multi-Injection Top Chip

  • x

    Manual Multi-Injection Top Chip

    The Manual Multi - Injection Top Chip is designed for use with the Resealable Chip Interface (Part No. 3000305) and a Base Chip. Liquids can be dispensed into the 25 reservoirs which are 1.5mm diameter x 3mm high using a pipette. The liquids will only come into contact with an array of 1.5mm diameter circles on the Base Chip. Applications include surface modification of the base chip and deposition of cells into the surface of the base chip.

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  • + Manual Injection Top Chip

    Manual Injection Top Chip

  • x

    Manual Injection Top Chip

    The Manual Injection Top Chip is designed for use with the Resealable Chip Interface (Part No. 3000305) and a Base Chip. Liquids can be dispensed into the 10mm x10mm x 3mm reservoir using a pipette. The liquid will only come into contact with a 10mm x 10mm area on a base chip. Applications include surface modification of the base chip and deposition of cells onto the surface of the base chip.

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  • + Long Channel Chip

    Long Channel Chip

  • x

    Long Channel Chip

    The Long Channel Chip is a glass microfluidic device designed for a range of applications including contacting immiscible fluids, mixing, microreactions and droplet formation. The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024).

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  • + Microreactor Chip 1ml, 2 ports

    Microreactor Chip 1ml, 2 ports

  • x

    Microreactor Chip 1ml, 2 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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  • + T-Junction Chip with Diced End

    T-Junction Chip with Diced End

  • x

    T-Junction Chip with Diced End

    The T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation.The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024) and features a diced end which provides a flow path that bypasses the length of serpentine channel downstream of the junction and flows directly out of the chip edge.

    The primary function of this chip is for the ejection of droplets into bulk liquid without disruption to the flow and is compatible with the Droplet CollectionModule (Part No. 3200112).

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  • + Y-Junction Chip

    Y-Junction Chip

  • x

    Y-Junction Chip

    The Y-Junction Chip is a glass microfluidic device designed for a range of applications including liquid-liquid contacting and observation of microchannel flow. The Y-Junction Chip is designed to fit into the Chip Interface H (Part No. 3000155) with two Linear Connectors 4-way (Part No. 3000024).

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  • + Large Well Base Chip

    Large Well Base Chip

  • x

    Large Well Base Chip

    The Large Well Base Chip can be used in combination with the Resealable Chip Interface (Part No. 3000305) and a Top Chip (Part Nos. 3200069-72). The chip is made from glass and requires a Top Chip to create a fluidic seal. A central square area (9mm x 9mm) is etched to a depth of 100µm providing a recessed area in the fluid flow path. Materials or samples can be deposited in the recess prior to assembly in the holder.

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  • + T-Junction Chip, hydrophobic

    T-Junction Chip, hydrophobic

  • x

    T-Junction Chip, hydrophobic

    The T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation. The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024).

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  • + Blank Base Chip

    Blank Base Chip

  • x

    Blank Base Chip

    The Blank Base Chip can be used in combination with the Resealable Chip Interface (Part No. 3000305) and a Top Chip (Part Nos. 3200069-72). The chip is made from glass and requires a Top Chip to create a fluidic seal. There are no etched features on this chip. Examples of use include the deposition of thin layers onto the surface of the chip prior to assembly in the holder for fluidic experiments.

    Dolomite's range of Base Chips also includes:

    • Part No. 3000478 - Large Well Base Chip
    • Part No. 3000218 - Wellplate Chip

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  • + Mitos Reactor Chip Header

    Mitos Reactor Chip Header

  • x

    Mitos Reactor Chip Header

    Enables the alignment and connection of all the input and output pipes to the Microreactor in seconds. Supplied with 4 seals and a plug, the Mitos Reactor Chip Header is secured to the chip and holder by the two knurled thumb screws.

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  • + Wellplate Chip

    Wellplate Chip

  • x

    Wellplate Chip

    The Wellplate Chip has a 40x40 array of nano-litre wells. On the standard plate each well has a volume of 0.26nl, and customisation offers alternative volumes. The 40x40 array covers an area of 10x10mm and is designed to fit onto a microscope slide and under a standard cover slip. The wet etching process gives a surface roughness of < 5nm enabling optical access. Applications include: holding small droplets of reagents, groups of cells or reagent droplets and display technology.

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  • + CE Chip

    CE Chip

  • x

    CE Chip

    The Mitos Capillary Electrophoresis Chip A is designed for the separation of biological molecules using the method of capillary electrophoresis. Due to the high surface to volume ratio of the microchannels, high voltages can be applied without overheating the samples. The chip incorporates a cross-channel design with 20µm channel depth and 30mm length of channel for analysis of separation performance.

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  • + Micromixer Chip with holder

    Micromixer Chip with holder

  • x

    Micromixer Chip with holder

    The Micromixer Chip is a glass microfluidic device designed for millisecond mixing of three fluid streams. Fast mixing times are ideal for:

    • The study of reaction kinetics
    • Sample dilution
    • Improving reaction selectivity
    • Rapid crystallisation
    • Nanoparticle synthesis

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  • + T-Junction Chip with header

    T-Junction Chip with header

  • x

    T-Junction Chip with header

    The T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation. The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024).

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  • + Platinum T-Junction Chip with header

    Platinum T-Junction Chip with header

  • x

    Platinum T-Junction Chip with header

    The Platinum T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation. The platinum coating on the surface of the channel makes this chip ideal for various catalysis led reaction chemistries. The chip is supplied with a chip header that allows connection to the Linear Connector 4-way (Part No. 3000024)

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  • + Quartz T-Junction Chip with header

    Quartz T-Junction Chip with header

  • x

    Quartz T-Junction Chip with header

    The Quartz T-Junction Chip is a synthetic quartz microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation. The chip is supplied with a Chip Header that allows connection to the Linear Connector 4-way (Part No. 3000024).

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  • + Microreactor Chip 1ml, 3 ports

    Microreactor Chip 1ml, 3 ports

  • x

    Microreactor Chip 1ml, 3 ports

    The Microreactor Chips are glass microfluidic devices designed for mixing and reaction of two or three liquid reagent streams. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chip can be supplied with a chip holder and Chip Header (Part No. 3000261) to allow quick connection to 1/16" fluid pipes.

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