Single Electrodes (S1PE)

High-performance Screen-printed Carbon Single Electrode (S1PE-C10). S1PE-C10 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These high-performance carbon-based screen-printed electrodes are ideal for developing chemical sensors and biosensors. Suitable for working with microvolumes, offering excellent intra- and inter-electrode precision. Different accessories are available.

High-performance Screen-printed Carbon Single Electrode (S1PE-C10C – Ceramic). S1PE-C10C sensors are fabricated on a rigid ceramic substrate with a classic three-electrode configuration. These high-performance carbon-based screen-printed electrodes are ideal for developing chemical sensors and biosensors. Suitable for working with microvolumes, offering excellent intra- and inter-electrode precision. Different accessories are available.

Low-cost Screen-printed Carbon Single Electrode (S1PE-C20). S1PE-C20 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These low-cost carbon-based screen-printed electrodes are ideal for basic electrochemical studies. They are suitable for working with microvolumes and exhibit excellent electrochemical behavior with good reversibility in cyclic voltammetry. Different accessories are available.

Low-cost Screen-printed Carbon Single Electrode (S1PE-C20C – Ceramic). S1PE-C20C sensors are fabricated on a rigid ceramic substrate with a classic three-electrode configuration. These low-cost carbon-based screen-printed electrodes are ideal for basic electrochemical studies. They are suitable for working with microvolumes and exhibit excellent electrochemical behavior with good reversibility in cyclic voltammetry. Different accessories are available.

Low-cost Screen-printed Carbon Single Electrode (S1PE-C21 – RE: Ag/AgCl). S1PE-C21 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These low-cost carbon-based screen-printed electrodes include a silver/silver chloride reference electrode, making them ideal for basic electrochemical studies. They are suitable for working with microvolumes and exhibit excellent electrochemical behavior with good reversibility in cyclic voltammetry. Different accessories are available.

Low-cost Screen-printed Carbon Single Electrode (S1PE-C21C – Ceramic – RE: Ag/AgCl). S1PEC-C21C sensors are fabricated on a rigid ceramic substrate with a classic three-electrode configuration. These low-cost carbon-based screen-printed electrodes include a silver/silver chloride reference electrode, making them ideal for basic electrochemical studies. They are suitable for working with microvolumes and exhibit excellent electrochemical behavior with good reversibility in cyclic voltammetry. Different accessories are available.

Screen-printed Graphene Single Electrode (S1PE-CG20). S1PE-CG20 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These graphene-based screen-printed electrodes offer very low electrical resistance and excellent scratch resistance, making them suitable for a wide range of applications, including the development of low-cost chemical sensors and biosensors. They are ideal for surface treatments, modifications, and coatings. Different accessories are available.

Screen-printed Graphene Single Electrode (S1PE-CG20C – Ceramic). S1PE-CG20C sensors are fabricated on a rigid ceramic substrate with a classic three-electrode configuration. These graphene-based screen-printed electrodes offer very low electrical resistance and excellent scratch resistance, making them suitable for a wide range of applications, including the development of low-cost chemical sensors and biosensors. They are ideal for surface treatments, modifications, and coatings. Different accessories are available.

Screen-printed Graphene Single Electrode (S1PE-CG21 – RE: Ag/AgCl). S1PE-CG21 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These graphene-based screen-printed electrodes include a silver/silver chloride reference electrode, offering very low electrical resistance and excellent scratch resistance. They are suitable for a wide range of applications, including the development of low-cost chemical sensors and biosensors, and are ideal for surface treatments, modifications, and coatings. Different accessories are available.

Screen-printed Graphene Single Electrode (S1PE-CG21C – Ceramic – RE: Ag/AgCl). S1PE-CG21C sensors are fabricated on a flexible, high-resistance substrate with a classic three-electrode configuration. These graphene-based screen-printed electrodes include a silver/silver chloride reference electrode, offering very low electrical resistance and excellent scratch resistance. They are suitable for a wide range of applications, including the development of low-cost chemical sensors and biosensors, and are ideal for surface treatments, modifications, and coatings. Different accessories are available.

Screen-printed Gold Single Electrode (S1PE-Au10). S1PE-Au10 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These gold-based screen-printed electrodes are ideal for working with microvolumes, offering excellent intra- and inter-electrode precision. They are particularly useful for building self-assembled monolayers (SAMs) and for developing chemical sensors and biosensors. Different accessories are available.

Screen-printed Gold Single Electrode (S1PE-Au10C – Ceramic). S1PE-Au10C sensors are fabricated on a rigid ceramic substrate with a classic three-electrode configuration. These gold-based screen-printed electrodes are ideal for working with microvolumes, offering excellent intra- and inter-electrode precision. They are particularly useful for building self-assembled monolayers (SAMs) and for developing chemical sensors and biosensors. Different accessories are available.

Screen-printed Platinum Single Electrode (S1PE-Pt20). S1PE-Pt20 sensors are fabricated on a flexible, high-resistance PET substrate with a classic three-electrode configuration. These platinum-based printed electrodes are ideal for working with microvolumes and offer excellent intra- and inter-electrode precision. Suitable for electroanalysis and the development of chemical sensors and biosensors. Different accessories available.