Thin-film Electrochemical Sensors
Innovative thin-film metal based electrodes for electrochemical analysis in clinical, environmental and agrifood areas. Microelectrode arrays and interdigitated electrodes approaches. Organic solvents compatibility and reusable for most applications.
Thin-film electrodes main features:
Standard dimensions
10 x 6 x 0.75 mm
Substrate
Glass
Protective layer
SU-8 resin
Electrochemical cell
2 or 3.5 mm Ø
Sample volume
1 - 10 µL
Electrode material/thickness
Pt or Au / 150 nm
Basic three-electrode approach with one working electrode (WE), reference electrode (RE) and auxiliary electrode (AE). Ideal for electroanalysis, flow systems, nanotechnology or biosensor development. Fabricated with high-precision and resolution.
ED-SE1-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
WE size: 1 mm Ø (0.8 mm2)
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-SE1-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
WE size: 1 mm Ø (0.8 mm2)
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-SE1-AuPt (25 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: WE: Ti / Au - RE: Ti / Pt - AE: Ti / Pt
Electrodes thickness: 50/150 nm
WE size: 1 mm Ø (0.8 mm2)
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 25 units/box
MEA electrodes are based on pinholes with a honeycomb microstructure. 1 mm WE diameter with 10 or 5 µm microholes. They show the microelectrode behaviour enhancing sensitivity and detection limits by reaching the steady state rapidly.
ED-mSE-10-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microholes diameter: 10 µm
Microholes number: 90
Microholes pitch: 100 µm
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-mSE-10-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microholes diameter: 10 µm
Microholes number: 90
Microholes pitch: 100 µm
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-mSE-5-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microholes diameter: 5 µm
Microholes number: 500
Microholes pitch: 50 µm
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-mSE-5-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microholes diameter: 5 µm
Microholes number: 500
Microholes pitch: 50 µm
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
Two individually addressable microelectrodes arrays strips with an interdigitates approach.Special circular cell design to achieve better adaptation of the sample drop. Useful for impedance, capacitance, conductivity and fuel cells.
ED-IDE1-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 90 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
ED-IDE1-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 90 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
ED-IDE2-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 5 µm
Number of fingers: 120 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
ED-IDE2-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 5 µm
Number of fingers: 120 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
ED-IDE3-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 180 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
ED-IDE3-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 3.5 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 180 pairs
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 50 units/box
Four electrodes approach: two interdigitated WEs with RE and AE fully integrated. IDA electrodes can be use in single- or dual-mode, that enables the microelectrode behaviour enhancing the sensitivity and detection limits.
ED-IDA1-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDA1-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDA5-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 5 µm
Number of fingers: 20 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDA5-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 5 µm
Number of fingers: 20 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDA6-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDA6-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
Four electrodes configuration with two radial arrays of working microelectrodes with an interdigitated approach. IDRA electrodes can be used in single- or dual-mode. Specially designed to be used on flow systems.
ED-IDRA1-Au (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 12 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-IDRA1-Pt (50 units/box)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: SU8/PI resin
Electrochemical cell: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 12 pairs
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
Different pre-designed metal-based thin-film electrodes and microelectrodes are available to be manufactured. Customized manufacturing services are also accessible to adapt these platforms to each customer application.
Delivery
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More information
- Mora-Garay Industrial Park · Building #6 · Juan de la Cierva, 2C, 33211 Gijón (Asturias), Spain
- Phone/Fax: (+34) 984 151 019
- Email: info@micruxfluidic.com
- Web: www.micruxfluidic.com
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