Thin Film Electrochemical Sensors

Interdigitated Electrodes (IDE)

Two microelectrode arrays strips, each individually addressable, employ an interdigitated approach. Their circular cell design ensures optimal sample drop adaptation, useful for
various applications including impedance, capacitance, conductivity, and fuel cells
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Microelectrode arrays (MEA)

MEA electrodes feature a honeycomb microstructure with pinholes. The working electrode (WE) has a 1 mm diameter and microholes of either 10 or 5 µm. These electrodes exhibit microelectrode behavior, enhancing sensitivity and detection limits by quickly reaching a steady state
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Single Electrodes
(SE)

A standard three-electrode configuration includes a working electrode (WE), reference electrode (RE), and auxiliary electrode (AE). It's well-suited for electroanalysis, flow
systems, nanotechnology, or biosensor development. Crafted with precision and high resolution
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On-Demand & Customized Sensors

A multitude of pre-designed metal-based thin-film electrodes and microelectrodes are readily available for manufacturing. Customized manufacturing services are also provided to tailor these platforms to each customer's specific application
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Interdigitated Ring Array (IDRA)

A configuration of four electrodes includes two radial arrays of working microelectrodes utilizing an interdigitated approach. IDRA electrodes can be utilized in either single- or dual-mode and are specifically engineered for use in flow systems
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Interdigitated Array Microelectrodes (IDA)

The four-electrode setup integrates interdigitated working electrodes (WEs) with a reference electrode (RE) and auxiliary electrode (AE). IDA electrodes enhance sensitivity and detection limits in single- or dual-mode, exhibiting microelectrode behavior
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