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ECSens BIPOT Electrochemical Sensing Interface

New ultra-compact and affordable bipotentiostat, ideal for starting electrochemical studies with the most common electroanalytical techniques, enabling in-situ voltammetric and amperometric analyses. USB interfacing and fully controlled by MicruX EC Manager Lite software with multiplexing capabilities. Compatible with single and dual screen-printed electrodes.

ECSens BIPOT Electrochemical Sensing Interface

New ultra-compact and affordable bipotentiostat, ideal for starting electrochemical studies with the most common electroanalytical techniques, enabling in-situ voltammetric and amperometric analyses. USB interfacing and fully controlled by MicruX EC Manager Lite software with multiplexing capabilities. Compatible with single and dual screen-printed electrodes.

ECSens Cable Adaptor

Cable adaptor with 2-mm male banana plug (+ alligator clips) for using in combination with MicruX® ECSens® to connect any kind of electrodes with this miniature potentiostat.

CABLE connector for thin-film electrodes

TF-CABLE connector provides a universal interface between all standard MicruX' thin-film electrodes (up to four contact pads) and the potentiostat, enabling the use of microvolume (2 – 10 µL sample drops) or dipping into a solution.

Mediated Thick-film Carbon/CoPc Electrode

Mediated screen-printed electrodes featuring a carbon working electrode infused with Cobalt (II) Phthalocyanine. This mediator makes the electrodes suitable for using with oxidase enzymes where hydrogen peroxide (H2O2) is generated and detected at low potentials. Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. This technology enables the detection of numerous analytes in conjunction with specific oxidase type enzymes. Different accessories available.

Mediated Thick-film Carbon/PB Electrode

Mediated screen-printed electrodes featuring a carbon working electrode infused with Prussian Blue. This mediator makes the electrodes specific to hydrogen peroxide (H2O2) detection at low potentials (near 0 V). Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. This technology enables the detection of numerous analytes in conjunction with specific oxidase type enzymes. Different accessories available.

Mediated Thick-film Carbon/FeCN Electrode

Mediated screen-printed electrodes featuring a carbon working electrode infused with Potassium Ferrocyanide. This mediator enhances the suitability of the electrodes for using with Horseradish Peroxidase (HRP), enabling efficient detection of hydrogen peroxide (H2O2). Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. This technology enables the detection of numerous analytes in conjunction with peroxidase and other oxidase type enzymes. Different accessories available.

Thick-film Graphene Electrode (Ceramic)

Graphene-based screen-printed electrodes with a very low electrical resistance and a good scratch resistance for using in a wide variety of applications, including the development of low-cost chemical-sensors and bio-sensors. Thick-film sensors fabricated on a rigid ceramic substrate with a classical three-electrodes approach. Ideal for surface treatments, modifications and coatings. Different accessories available.

Thick-film Graphene Electrode (RE: Ag/AgCl - Ceramic)

Graphene-based screen-printed electrodes, including a silver/silver chloride reference electrode, with a very low electrical resistance and a good scratch resistance for using in a wide variety of applications, such as the development of low-cost chemical-sensors and bio-sensors. Thick-film sensors fabricated on a rigid ceramic substrate with a classical three-electrodes approach. Ideal for surface treatments, modifications and coatings. Different accessories available.

Thick-film Graphene Electrode (RE: Ag/AgCl)

Graphene-based screen-printed electrodes, including a silver/silver chloride reference electrode, with a very low electrical resistance and a good scratch resistance for using in a wide variety of applications, such as the development of low-cost chemical-sensors and bio-sensors. Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. Ideal for surface treatments, modifications and coatings. Different accessories available.

Low-cost Thick-film Carbon Electrode (RE: Ag/AgCl - Ceramic)

Low-cost carbon-based screen-printed electrodes, including a silver/silver chloride reference electrode, for basic electrochemical studies. Thick-film sensors fabricated on a rigid ceramic substrate with a classical three-electrodes approach. Ideal to work with microvolume, showing excellent electrochemical performance with good reversibility when using cyclic voltammetry. Different accessories available.

Thick-film Graphene Electrode

Graphene-based screen-printed electrodes with a very low electrical resistance and a good scratch resistance for using in a wide variety of applications, including the development of low-cost chemical-sensors and bio-sensors. Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. Ideal for surface treatments, modifications and coatings. Different accessories available.