Multi8x All-In-One Platform - Base
User-friendly and robust interface between electrodes and instrumentation. Enables the use of microvolume (1–10 μL sample drops) with up to eight standard thin-film (micro)electrodes. Includes the basic assembly parts for the different multi8x add-ons.
Multi8x All-In-One Platform - Base
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. For multiplexing analysis up to 8 sensors. Reusable - long life
ED-MULTI8x-AIO-CELL
Multi8x All-In-One Platform - Base
User-friendly and robust interface between electrodes and instrumentation. Enables the use of microvolume (1–10 μL sample drops) with up to eight standard thin-film (micro)electrodes. Includes the basic assembly parts for the different multi8x add-ons.
Multi8x All-In-One Platform - Base
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. For multiplexing analysis up to 8 sensors. Reusable - long life
ED-MULTI8x-AIO-CELL
All-In-One Drop Cell - Base
User-friendly and robust interface between electrodes and instrumentation. Enables the use of microvolume (1–10 μL sample drops) with standard (10x6mm) thin-film (micro)electrodes. Includes the basic assembly parts for the different add-ons.
All-In-One Drop Cell - Base
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: Interface + cable (male or female banana end)
Details: Easy and fast electrode replacement. Reusable - long life
ED-AIO-CELL
All-In-One Drop Cell - Base
User-friendly and robust interface between electrodes and instrumentation. Enables the use of microvolume (1–10 μL sample drops) with standard (10x6mm) thin-film (micro)electrodes. Includes the basic assembly parts for the different add-ons.
All-In-One Drop Cell - Base
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: Interface + cable (male or female banana end)
Details: Easy and fast electrode replacement. Reusable - long life
ED-AIO-CELL
Multi8x All-In-One Platform (2xAdd-ons)
AIO multi-drop cell platform with two add-ons for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer Multi8x Add-ons.
Multi8x All-In-One Platform (2xAdd-ons)
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + 2 Multi8x Add-ons (to be chosen) + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Add-ons assembly by screws. Reusable - long shelf-life.
ED-MULTI8x-AIO-CELL-2x
Multi8x All-In-One Platform (2xAdd-ons)
AIO multi-drop cell platform with two add-ons for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer Multi8x Add-ons.
Multi8x All-In-One Platform (2xAdd-ons)
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + 2 Multi8x Add-ons (to be chosen) + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Add-ons assembly by screws. Reusable - long shelf-life.
ED-MULTI8x-AIO-CELL-2x
Multi8x AIO cell Add-on - Thin-layer PEEK-1.0
Organic solvent compatibility. Thin-layer flow-cell to use microfluidic electrochemical sensors in a flow system. Improves the control of fluids. Better precision with low dead volume and low sample. Compatible with TL-SE and TL-IDA thin-layer microfluidic sensors.
Multi8x AIO cell Add-on - Thin-layer PEEK-1.0
Material: PEEK
Channel volume: 55 nL
Applications: Organic solvents resistance
Contents: 1 x Multi8x TL-PEEK-1,0 Add-on
Details: Add-On assembly by screws. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-ADD-ON-8x-TL-PEEK-1.0
Multi8x AIO cell Add-on - Thin-layer PEEK-1.0
Organic solvent compatibility. Thin-layer flow-cell to use microfluidic electrochemical sensors in a flow system. Improves the control of fluids. Better precision with low dead volume and low sample. Compatible with TL-SE and TL-IDA thin-layer microfluidic sensors.
Multi8x AIO cell Add-on - Thin-layer PEEK-1.0
Material: PEEK
Channel volume: 55 nL
Applications: Organic solvents resistance
Contents: 1 x Multi8x TL-PEEK-1,0 Add-on
Details: Add-On assembly by screws. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-ADD-ON-8x-TL-PEEK-1.0
Multi8x AIO cell Add-on - Batch-cell PEEK-5.0
Organic solvent compatibility. Enables the use of up to eight standard thin-film (micro)electrodes in applications where larger sample volume (up to 400 µL per cell) are required. The batch cell add-on features correspond to a column (A→H) of a 96-well microplate. Compatible with SE1, IDA, IDRA, IDE and mSE thin-film electrodes.
Multi8x AIO cell Add-on - Batch-cell PEEK-5.0
Material: PEEK
Electrochemical cell: up to 5 mm Ø
Sample volume: up to 400 µL
Applications: Organic solvents resistance
Contents: 1 x Multi8x BC-PEEK-5,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6, ED-IDE1, ED-IDE2, ED-IDE3 & ED-IDRA1.
ED-ADD-ON-8x-BC-PEEK-5.0
Multi8x AIO cell Add-on - Flow-cell PEEK-3.5
Organic solvent compatibility. Wall-jet flow-cell ideal for multi ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
Multi8x AIO cell Add-on - Flow-cell PEEK-3.5
Material: PEEK
Electrochemical cell: 3.5 mm Ø
Applications: Organic solvents resistance
Contents: 1 x Multi8x FC-PEEK-3,5 Add-on
Details: Add-On assembly by screws. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-ADD-ON-8x-FC-PEEK-3.5
Multi8x AIO cell Add-on - Flow-cell PEEK-3.5
Organic solvent compatibility. Wall-jet flow-cell ideal for multi ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
Multi8x AIO cell Add-on - Flow-cell PEEK-3.5
Material: PEEK
Electrochemical cell: 3.5 mm Ø
Applications: Organic solvents resistance
Contents: 1 x Multi8x FC-PEEK-3,5 Add-on
Details: Add-On assembly by screws. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-ADD-ON-8x-FC-PEEK-3.5
AIO cell Add-on - Flow Cell PEEK-2.0
Material: PEEK
Electrochemical cell: 2 mm Ø
Applications: Organic solvents resistance
Contents: 1 x FC-PEEK-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-FC-PEEK-2.0
AIO cell Add-on - Flow Cell PEEK-2.0
Material: PEEK
Electrochemical cell: 2 mm Ø
Applications: Organic solvents resistance
Contents: 1 x FC-PEEK-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-FC-PEEK-2.0
AIO cell Add-on - Flow Cell PMMA-2.0
Material: PMMA
Electrochemical cell: 2 mm Ø
Contents: 1 x FC-PMMA-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-FC-PMMA-2.0
AIO cell Add-on - Flow Cell PMMA-2.0
Material: PMMA
Electrochemical cell: 2 mm Ø
Contents: 1 x FC-PMMA-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-FC-PMMA-2.0
Multi8x AIO cell Add-on - Flow-cell PMMA-2.0
Material: PMMA
Electrochemical cell: 2 mm Ø
Contents: 1 x Multi8x FC-PMMA-2,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-ADD-ON-8x-FC-PMMA-2.0
Multi8x AIO cell Add-on - Flow-cell PMMA-2.0
Material: PMMA
Electrochemical cell: 2 mm Ø
Contents: 1 x Multi8x FC-PMMA-2,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-ADD-ON-8x-FC-PMMA-2.0
Multi8x AIO cell Add-on - Flow-cell PEEK-2.0
Material: PEEK
Electrochemical cell: 2 mm Ø
Applications: Organic solvents resistance
Contents: 1 x Multi8x FC-PEEK-2,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-ADD-ON-8x-FC-PEEK-2.0
Multi8x AIO cell Add-on - Flow-cell PEEK-2.0
Material: PEEK
Electrochemical cell: 2 mm Ø
Applications: Organic solvents resistance
Contents: 1 x Multi8x FC-PEEK-2,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-ADD-ON-8x-FC-PEEK-2.0
Multi8x AIO cell Add-on - Flow-cell PMMA-3.5
Wall-jet flow-cell ideal for multi ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
Multi8x AIO cell Add-on - Flow-cell PMMA-3.5
Material: PMMA
Electrochemical cell: 3.5 mm Ø
Contents: 1 x Multi8x FC-PMMA-3,5 Add-on
Details: Add-On assembly by screws. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-ADD-ON-8x-FC-PMMA-3.5
Multi8x AIO cell Add-on - Flow-cell PMMA-3.5
Wall-jet flow-cell ideal for multi ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
Multi8x AIO cell Add-on - Flow-cell PMMA-3.5
Material: PMMA
Electrochemical cell: 3.5 mm Ø
Contents: 1 x Multi8x FC-PMMA-3,5 Add-on
Details: Add-On assembly by screws. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-ADD-ON-8x-FC-PMMA-3.5
Multi8x AIO cell Add-on - Batch-cell PMMA-5.0
Enables the use of up to eight standard thin-film (micro)electrodes in applications where larger sample volume (up to 400 µL per cell) are required. The batch cell add-on features correspond to a column (A→H) of a 96-well microplate. Compatible with SE1, IDA, IDRA, IDE and mSE thin-film electrodes.
Multi8x AIO cell Add-on - Batch-cell PMMA-5.0
Material: PMMA
Electrochemical cell: up to 5 mm Ø
Sample volume: up to 400 µL
Contents: 1 x Multi8x BC-PMMA-5,0 Add-on
Details: Add-On assembly by screws. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6, ED-IDE1, ED-IDE2, ED-IDE3 & ED-IDRA1.
ED-ADD-ON-8x-BC-PMMA-5.0
Multi8x AIO cell Add-on - Thin-layer PMMA-1.0
Material: PMMA
Channel volume: 55 nL
Contents: 1 x Multi8x TL-PMMA-1,0 Add-on
Details: Add-On assembly by screws. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-ADD-ON-8x-TL-PMMA-1.0
Multi8x AIO cell Add-on - Thin-layer PMMA-1.0
Material: PMMA
Channel volume: 55 nL
Contents: 1 x Multi8x TL-PMMA-1,0 Add-on
Details: Add-On assembly by screws. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-ADD-ON-8x-TL-PMMA-1.0
AIO cell Add-on - Batch Cell PEEK-2.0
Material: PEEK
Electrochemical cell: 2 mm Ø
Sample volume: up to 400 µL
Applications: Organic solvents resistance
Contents: 1 x BC-PEEK-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-BC-PEEK-2.0
AIO cell Add-on - Batch Cell PMMA-2.0
Material: PMMA
Electrochemical cell: 2 mm Ø
Sample volume: up to 400 µL
Contents: 1 x BC-PMMA-2,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-SE1, ED-mSE1, ED-IDA1, ED-IDA5, ED-IDA6 & ED-IDRA1.
ED-AIO-ADD-ON-BC-PMMA-2.0
AIO cell Add-on - Batch Cell PEEK-3.5
Organic solvent compatibility. Perfect add-on for applications where larger sample volume are required (up to 400 µL). Compatible with IDE thin-film electrodes and EEP platform.
AIO cell Add-on - Batch Cell PEEK-3.5
Material: PEEK
Electrochemical cell: 3.5 mm Ø
Sample volume: up to 400 µL
Applications: Organic solvents resistance
Contents: 1 x BC-PEEK-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-BC-PEEK-3.5
AIO cell Add-on - Flow Cell PEEK-3.5
Organic solvent compatibility. Wall-jet flow-cell add-on ideal for ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible con electrodos IDE
AIO cell Add-on - Flow Cell PEEK-3.5
Material: PEEK
Electrochemical cell: 3.5 mm Ø
Applications: Organic solvents resistance
Contents: 1 x FC-PEEK-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-FC-PEEK-3.5
AIO cell Add-on - Flow Cell PEEK-3.5
Organic solvent compatibility. Wall-jet flow-cell add-on ideal for ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible con electrodos IDE
AIO cell Add-on - Flow Cell PEEK-3.5
Material: PEEK
Electrochemical cell: 3.5 mm Ø
Applications: Organic solvents resistance
Contents: 1 x FC-PEEK-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-FC-PEEK-3.5
AIO cell Add-on - Flow Cell PMMA-3.5
Wall-jet flow-cell add-on for standard thin-film (micro)electrodes. Ideal for ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
AIO cell Add-on - Flow Cell PMMA-3.5
Material: PMMA
Electrochemical cell: 3.5 mm Ø
Contents: 1 x FC-PMMA-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-FC-PMMA-3.5
AIO cell Add-on - Flow Cell PMMA-3.5
Wall-jet flow-cell add-on for standard thin-film (micro)electrodes. Ideal for ED detection in FIA, HPLC, CE, etc, systems. Low dead volume and sample requirements. Compatible with IDE thin-film electrodes.
AIO cell Add-on - Flow Cell PMMA-3.5
Material: PMMA
Electrochemical cell: 3.5 mm Ø
Contents: 1 x FC-PMMA-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-FC-PMMA-3.5
AIO cell Add-on - Batch Cell PMMA-3.5
Enables the use of the standard thin-film (micro)electrodes in applications where larger sample volumes are required (up to 400 µL). Compatible with IDE thin-film electrodes and EEP platform.
AIO cell Add-on - Batch Cell PMMA-3.5
Material: PMMA
Electrochemical cell: 3.5 mm Ø
Sample volume: up to 400 µL
Contents: 1 x BC-PMMA-3,5 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with ED-IDE1, ED-IDE2 & ED-IDE3.
ED-AIO-ADD-ON-BC-PMMA 3.5
AIO cell Add-on - Thin Layer PMMA-1.0
Material: PMMA
Channel volume: 55 nL
Contents: 1 x TL-PMMA-1,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-AIO-ADD-ON-TL-PMMA-1.0
AIO cell Add-on - Thin Layer PMMA-1.0
Material: PMMA
Channel volume: 55 nL
Contents: 1 x TL-PMMA-1,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. Compatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-AIO-ADD-ON-TL-PMMA-1.0
Reference Electrode - Ag/AgCl
Silver/Silver Chloride reference electrode provides an highly stable potential along the electrochemical experiments. Compatible with AIO cell, Batch-cell Add-ons and EEP platform.
Reference Electrode - Ag/AgCl
Material: Electrode body is made of high resistance PP (polypropylene).
Dimensions: 50 mm length
Electrodes material: Ag/AgCl wire (1 mm Ø)
Applications: External reference electrode
Contents: 1 x Ag/AgCl electrode
Details: Ag/AgCl reference electrode is provided in a vial with a 3M KCl solution.
RE-Ag/AgCl
Auxiliary/Counter Electrode - Stainless Steel
Counter electrode made in an inexpensive material. Stainless-steel electrode keeps a good robustness with a lower cost. Compatible with AIO cell, Batch-cell Add-ons and EEP platform.
Auxiliary/Counter Electrode - Stainless Steel
Dimensions: 50 mm lenght
Electrodes material: SS tube (1.6 mm Ø)
Applications: External SS counter electrode
Contents: 1 x Stainless Steel electrode
CE-SS
Auxiliary/Counter Electrode - Platinum
Counter electrode made with highly inert material. Useful for high current measurements or in case the electrode is not integrated on-chip. Compatible with AIO cell, Batch-cell Add-ons and EEP platform.
Auxiliary/Counter Electrode - Platinum
Dimensions: 50 mm length
Electrodes material: Pt wire (0.3 mm Ø)
Applications: External Pt counter electrode
Contents: 1 x Platinum electrode
CE-PT
Multi8x All-In-One Platform (1xAdd-on)
AIO multi-drop cell platform with one add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer Multi8x Add-ons.
Multi8x All-In-One Platform (1xAdd-on)
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + 1 Multi8x Add-on (to be chosen) + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Add-ons assembly by screws. Reusable - long shelf-life
ED-MULTI8x-AIO-CELL-1x
Multi8x All-In-One Platform (1xAdd-on)
AIO multi-drop cell platform with one add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer Multi8x Add-ons.
Multi8x All-In-One Platform (1xAdd-on)
Material: Aluminium base + methacrylate cover
Dimensions: 120 x 60 x 25 mm (W x D x H)
Contents: Multi8x AIO interface + 1 Multi8x Add-on (to be chosen) + miniUSB box + cables (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Add-ons assembly by screws. Reusable - long shelf-life
ED-MULTI8x-AIO-CELL-1x
Extenal Electrode Platform (EEP)
EEP platform enables the use of external electrodes in the AIO cell in static conditions with the batch-cell add-ons. Compatible with AIO cell, Batch-cell Add-ons, RE-Ag/AgCl, CE-Pt and CE-SS.
Extenal Electrode Platform (EEP)
Material: PLA
Dimensions: 70 x 65 x 35 mm (W x D x H)
Applications: Placement of external electrodes
Contents: EEP AIO base + 2 Arms for external electrodes
Details: Easy AIO-cell fitting. Easy and Fast arm positioning. External electrodes are always placed in the same position.
EEP-AIO-CELL
Flow System - Fitting Pack
The fitting pack includes:
Flow System - Fitting Pack
Contents: Fitting nuts + ferrules
Details: Other pack options are available under request.
FIT-PACK
All-In-One Platform (1xAdd-on)
AIO drop cell base with one add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer add-ons. The cell is also compatible with EEP platform.
All-In-One Platform (1xAdd-on)
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: AIO Drop Cell + 1 Add-on (to be chosen) + cable (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Easy add-ons assembly (tool free). Reusable - long life
ED-AIO-CELL-1x
All-In-One Platform (1xAdd-on)
AIO drop cell base with one add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer add-ons. The cell is also compatible with EEP platform.
All-In-One Platform (1xAdd-on)
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: AIO Drop Cell + 1 Add-on (to be chosen) + cable (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Easy add-ons assembly (tool free). Reusable - long life
ED-AIO-CELL-1x
All-In-One Platform (2xAdd-ons)
AIO drop cell base with two add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer add-on. The cell is compatible with EEP platform.
All-In-One Platform (2xAdd-ons)
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: AIO Drop Cell + 2 Add-ons (to be chosen) + cable (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Easy add-ons assembly (tool free). Reusable - long life
ED-AIO-CELL-2x
All-In-One Platform (2xAdd-ons)
AIO drop cell base with two add-on for static or dynamic experimental conditions. Compatible with Flow, Batch or Thin-layer add-on. The cell is compatible with EEP platform.
All-In-One Platform (2xAdd-ons)
Material: Aluminium base + methacrylate cover
Dimensions: 60 x 40 x 30 mm (W x D x H)
Contents: AIO Drop Cell + 2 Add-ons (to be chosen) + cable (male or female banana end)
Details: Easy and fast electrode replacement. Different movable add-ons are available. Easy add-ons assembly (tool free). Reusable - long life
ED-AIO-CELL-2x
AIO cell Add-on - Thin Layer PEEK-1.0
Organic solvent compatibility. Enable the use of microfluidic electrochemical sensors in a thin-layer (TL) based flow approach. Improves the control of fluids. Better precision with low dead volume and low sample volume. Compatible with TL-SE and TL-IDA thin-layer microfluidic sensors.
AIO cell Add-on - Thin Layer PEEK-1.0
Material: PEEK
Channel volume: 55 nL
Applications: Organic solvents resistance
Contents: 1 x TL-PEEK-1,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. ompatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-AIO-ADD-ON-TL-PEEK-1.0
AIO cell Add-on - Thin Layer PEEK-1.0
Organic solvent compatibility. Enable the use of microfluidic electrochemical sensors in a thin-layer (TL) based flow approach. Improves the control of fluids. Better precision with low dead volume and low sample volume. Compatible with TL-SE and TL-IDA thin-layer microfluidic sensors.
AIO cell Add-on - Thin Layer PEEK-1.0
Material: PEEK
Channel volume: 55 nL
Applications: Organic solvents resistance
Contents: 1 x TL-PEEK-1,0 Add-on
Details: The add-on is joined to the base-cell (AIO) by means of magnets. ompatible with TL-SE1, TL-IDA1 & TL-IDA5.
ED-AIO-ADD-ON-TL-PEEK-1.0
Standalone Desktop LCD Digital Microscope
Up to 1200x magnified and LED Illuminated viewing. Perfect complement for a wide range of applications such as inspection of electronics, microfluidic channels, electrodes, etc. Compatible with PC, MAC and iPad.
Standalone Desktop LCD Digital Microscope
Dimensions: 22.9 x 15.2 x 15.2 cm
Image sensor: 5 MegaPixel (up to 12M by interpolation)
Controller: High speed DSP
Flicker rate: 50Hz/60Hz
Focus range: Manual focus from 10mm to 30mm
Light source: 8 LEDS with adjustable brightness
Digital magnification: Up to 1200x
Optical magnification: 10x to 300x
Battery power: Rechargeable 1050 mAh Li-ion Battery
Working time: 2 hours
Charge time: 3 hours
Software compatibility: Windows XP SP2/Vista/7/8/10 and Mac 10.6-10.8
Video format: AVI
Video capture resolution: VGA, QVGA - 30 fps
Software languages: English, German, French, Spanish, Russian, Italian, Portuguese, Dutch, Polish, Japanese, Korean, Chinese
On screen display languages: English, German, French, Spanish, Italian, Portuguese, Dutch, Japanese, Chinese Simplified, Chinese Traditional
LCD screen: 3.5" LCD screen, 4:3 ratio, resolution 320x240 pixels
microSD card capacity: Up to 32GB microSDHC
TV output: Yes
Weight: 0.9 Kg
Certificates: CE, FCC approval, RoHS compliance
SDM-1200x-LCD
LSP01-1A Single-channel Syringe Pump
Just infusion single-channel syringe pump with 5 µm/min minimum linear speed. The acceptable syringe specification is from 10 μL to 60 mL Compatible with AIO-Cell, Flow-cell and TL add-ons, and thin-film electrodes.
LSP01-1A Single-channel Syringe Pump
Dimensions: 280 x 210 x 140 mm (D x W x H)
Working mode: Infusion
Channels: 1
Advance per step: 0.156 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.83 nL/min – 54.2 mL/min
Syringe size: 10 µL – 60 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 65 mm/min
Min. linear rate: 5 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 15W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 3.6 Kg
Certificates: CE
LSP01-1A
LSP01-2A Single-channel Syringe Pump
Just infusion high-precision single-channel syringe pump with 1 µm/min minimum linear speed. The acceptable syringe specification is from 10 μL to 60 mL Compatible with AIO-Cell, Flow-cell and TL add-ons, and thin-film electrodes.
LSP01-2A Single-channel Syringe Pump
Dimensions: 280 x 210 x 140 mm (D x W x H)
Working mode: Infusion
Channels: 1
Advance per step: 0.031 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.16 nL/min – 10.8 mL/min
Syringe size: 10 µL – 60 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 13 mm/min
Min. linear rate: 1 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 15W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 3.6 Kg
Certificates: CE
LSP01-2A
TJ-3A Single-channel Syringe Pump
Infusion/withdrawal single-channel syringe pump. The acceptable syringe specifications are from 10 µL to 60 mL. Suitable for high accuracy and small flow rate liquid transferring.
TJ-3A Single-channel Syringe Pump
Dimensions: 170 x 108 x 70 mm / 245 x 100 x 95 mm (controller / drive unit) (D X W X H)
Working mode: Infusion, withdrawal, infusion/withdrawal, withdrawal/infusion, continuous
Channels: 1
Advance per step: 0.165 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.139 µL/min – 52.9 mL/min
Syringe size: 1 - 60 mL
Comm. interface: RS485
Pump stroke: 90 mm
Max. linear rate: 79.4 mm/min
Min. linear rate: 7.9 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 10W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 0.8 Kg (controller) 1.3 Kg (drive unit)
Certificates: CE
TJ-3A/W0109-1B
LSP02-1B Dual-channel Syringe Pump
2-channels syringe pump with infusion/ withdrawal mode. The acceptable syringe specification is from 10 µL to 140 mL. Suitable for high accuracy and small flow rate liquid transferring.
LSP02-1B Dual-channel Syringe Pump
Dimensions: 280 x 250 x 140 mm (D x W x H)
Working mode: Infusion, withdrawal, infusion/withdrawal, withdrawal/infusion, continuous
Channels: 2
Advance per step: 0.156 µm
Linear force: > 180 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.83 nL/min – 150.5 mL/min
Syringe size: 10 µL – 140 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 130 mm/min
Min. linear rate: 5 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 20W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 4.3 Kg
Certificates: CE
LSP02-1B
Flow System - Basic Pack
The basic pack includes:
Flow System - Basic Pack
Contents: Fitting nuts + ferrules + tubing + syringes + scalpel
Details: Other pack options are available under request.
B-PACK
Flow System - Basic-Plus Pack
The plus-pack includes:
Flow System - Basic-Plus Pack
Contents: Fitting nuts + ferrules + tubing + reservoirs + syringes + scalpel
Details: Other pack options are available under request.
B-PACK+
High Voltage Cable
Compatible with MicruX® HVStat and microfluidic chip holder to connect the high voltage electrodes.
High Voltage Cable
Dimensions: 50 cm long
Contents: 1 x HV cable
Details: Accessory for MicruX® HVStat electrophoresis system.
MXF-HVCAB
Bipotentiostat Cable
Compatible with MicruX® HVStat and microfluidic chip holder to connect the electrodes of detection system.
Bipotentiostat Cable
Dimensions: 50 cm long
Contents: 1 x bipot cable
Details: Accessory for MicruX® HVStat electrophoresis system.
MXF-BIPOTCAB
MES Based Buffer Solution
Buffer substance provided as single dose specially developed to carry out electrophoresis separations in microfluidic devices with electrochemical detection. Buffer is available in different pH between 5.0 and 7.0.
MES Based Buffer Solution
Contents: 10 x Single Bottle - Buffer Substance
Details: The buffer substance should be diluted in distilled water to get the final concentration/pH.
MXF-MES
Flow System - Full Pack
The full-pack contains all the accesories for using using MicruX’ thin-film (micro)electrodes in flow systems with All-in-One platform. This pack includes:
Flow System - Full Pack
Contents: AIO Cell + 1 Add-on + 25 standard thin-film electrodes + fitting system + reservoir + other accessories
Details: Other pack options; with different peristaltic or syringe pumps, accessories…, are also available on demand. Packs might be customized taking into account the specific requirements of customers.
F-PACK-AIO
iHVStat Electrophoresis System
Integrated, automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
iHVStat Electrophoresis System
Dimensions: 165 x 150 x 95 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. Integrated interface for microfluidic chip holder. Cabeless.
iHVSTAT
iHVStat Electrophoresis System
Integrated, automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
iHVStat Electrophoresis System
Dimensions: 165 x 150 x 95 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. Integrated interface for microfluidic chip holder. Cabeless.
iHVSTAT
HVStat Electrophoresis System
Automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
HVStat Electrophoresis System
Dimensions: 165 x 150 x 85 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. External cables for interfacing microfluidic chip holder.
HVSTAT
HVStat Electrophoresis System
Automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
HVStat Electrophoresis System
Dimensions: 165 x 150 x 85 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. External cables for interfacing microfluidic chip holder.
HVSTAT
Microfluidic Chip Holder
Basic interface for microchips electrophoresis integrating electrode connections for detection and HV as well as wells for buffer solution, sample waste and detection. Compatible with microfluidic electrophoresis chips, HVStat and iHVStat instruments.
Microfluidic Chip Holder
Material: PMMA
Dimensions: 100 x 65 x 15 mm (L x W x H)
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: Microfluidic Chip Interface
Details: Integrated wells, HV electrodes, 2-mm female bananas. Reusable.
MCE-HOLDER-DC02
Drop-cell Connector
Easy to use interface for thin-film electrodes. Universal cable compatible with any commercial potentiostat included. Long-life platform recommended for stationary electrochemical experiments.
Drop-cell Connector
Material: Aluminium base + methacrylate cover
Dimensions: 40 x 30 x 25 mm (W x D x H)
Contents: Interface + cable (male or female banana end)
Details: User friendly (tool free assembly) for easy and fast replacement of the electrodes. Reusable - long-life.
ED-DROP-CELL
Multi-electrode Chip Platform
The Multi-E Platform provides a simple and robust interface with a multi-potentiostat for using the thin-film multi-electrode chips. Compatible with ED-SE-8x, ED-SE-16x, ED-IDE10-12x and ED-IDE5-12x.
Multi-electrode Chip Platform
Material: Aluminium base + methacrylate cover
Dimensions: 70 x 95 x 25 mm (W x D x H)
Applications: Multiplexing electrochemical analysis
Contents: ME Platform + 2 miniUSB boxes + cables (male or female banana end)
Details: Easy and fast replacement of the chips. Compatible with up to two 18.5x15 mm chips or one 37x15 mm chip. User friendly (tool free assembly). Reusable – long-life.
ED-ME-CELL
2-Channel Peristaltic Pump
Basic peristaltic pump with 2-channels. Low cost solution with an excellent performance for most lab applications with flow systems. Commonly used in laboratory applications providing flow rates from 0.002 to 30 mL/min. Compatible with AIO Cell, Flow-cell and TL add-ons, and thin-film electrodes.
2-Channel Peristaltic Pump
Dimensions: 232 x 142 x 149 mm (D X W X H)
Channels: 2
Flow rate: 0.002 - 30 mL/min
Speed: 0.1 to 100 rpm, reversible
Speed precision: 0.1 rpm
Control mode: Membrane keypad (start/stop, direction and speed)
Display: 3-digit LED display for current speed. 3 LED indicators for operating state
Power off memory: Return to previous state when power on
Prime key: Fast filling and emptying at full speed
Rollers (materials): 10 (stainless steel)
Tubing: ID < 3.17 mm Wall thickness 0.8-1 mm
Max. pressure: 15 psi (1 bar)
Power supply: AC 90V-260V / 30W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 2.3 kg (without head)
Certificates: CE
LP-BT100-2J/DG-2(10)
4-Channel Peristaltic Pump
Basic peristaltic pump with 4-channels. Low cost solution with an excellent performance for most lab applications with flow systems. Commonly used in laboratory applications providing flow rates from 0.002 to 30 mL/min. Compatible with AIO Cell, Flow-cell and TL add-ons, and thin-film electrodes.
4-Channel Peristaltic Pump
Dimensions: 232 x 142 x 149 mm (D X W X H)
Channels: 4
Flow rate: 0.002 - 30 mL/min
Speed: 0.1 to 100 rpm, reversible
Speed precision: 0.1 rpm
Control mode: Membrane keypad (start/stop, direction and speed)
Display: 3-digit LED display for current speed. 3 LED indicators for operating state
Power off memory: Return to previous state when power on
Prime key: Fast filling and emptying at full speed
Rollers (materials): 10 (stainless steel)
Tubing: ID < 3.17 mm Wall thickness 0.8-1 mm
Max. pressure: 15 psi (1 bar)
Power supply: AC 90V-260V / 30W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 2.3 kg (without head)
Certificates: CE
LP-BT100-2J/DG-4(10)
NE-1200 Multi-channel (12) Syringe Pump
Multi-syringe pump with the same full-featured programmable capabilities as the NE-1000 (up to 12 channels). NE-1200 series allow infusion and withdrawal, and holds 2, 4, 6, 8, 10 or 12 syringes of up to 3 mL each with infusion rates from 0.008 µL/min to 2.0 mL/min.
NE-1200 Multi-channel (12) Syringe Pump
Dimensions: 260 x 381 x 127 mm (D x W x H)
Working mode: Infusion/withdrawal
Channels: up to 12
Motor type: Step motor
Motor step per revolution: 200
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.1323 µm to 0.5292 µm depending on motor speed
Maximum speed: 35 mm/min
Minimum speed: 0.4 µm/min
Linear force: > 700 N at minimum speed, 130 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 8 nL/min - 20 mL/min
Syringe size: 0.5 µL - 140 mL
Number of program phases: 41
Comm. interface: RS-232 (network up to 100 pumps)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 4.6 Kg
Certificates: CE
NE-1200
ME Single-Channel with Platinum Electrodes (50-µm)
50-µm platinum working electrode and 250-µm reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Platinum Electrodes (50-µm)
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 50µm
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-Pt001T
ME Single-Channel with Gold Electrodes (50-µm)
50-µm gold working electrode and 250-µm reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Gold Electrodes (50-µm)
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 50µm
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-Au001T
ME Single-Channel with Platinum Electrodes (100-µm)
100-µm platinum working, reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Platinum Electrodes (100-µm)
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 100µm
Reference electrode width: 100µm
Auxiliary electrode width: 100µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-Pt002T
ME Single-Channel with Gold Electrodes (100-µm)
100-µm gold working, reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Gold Electrodes (100-µm)
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 100µm
Reference electrode width: 100µm
Auxiliary electrode width: 100µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-Au002T
ME Single-Channel with Platinum Microelectrode Array
Six 10-µm platinum microelectrodes with 10-µm gap and 250-µm reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Platinum Microelectrode Array
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of microelectrodes: 6
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-MEA-Pt004T
ME Single-Channel with Gold Microelectrode Array
Six 10-µm gold microelectrodes with 10-µm gap and 250-µm reference and auxiliary electrodes. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Gold Microelectrode Array
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of microelectrodes: 6
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-MEA-Au004T
ME Single-Channel with Platinum InterDigitated Array Microelectrodes
Two sets of three 10-µm platinum microelectrodes and 10-µm gap with an interdigitated (IDA) approach and 250-µm reference and auxiliary electrodes. Two working electrodes individually addressable. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Platinum InterDigitated Array Microelectrodes
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 3 pairs
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-IDA-Pt005T
ME Single-Channel with Gold InterDigitated Array Microelectrodes
Two sets of three 10-µm gold microelectrodes and 10-µm gap with an interdigitated (IDA) approach and 250-µm reference and auxiliary electrodes. Two working electrodes individually addressable. Detection system placed at the outlet of the separation channel with an end-channel approach. Compatible with microfluidic chip holder, HVStat and iHVStat instrument.
ME Single-Channel with Gold InterDigitated Array Microelectrodes
Material: Glass/SU8
Dimensions: 38 x 13 x 0.8 mm (L x W x H)
Injection channel length: 10 mm
Separation channel length: 35 mm
Microchannel geometry: rectangular
Channel width: 50 µm
Channel height: 20 µm
Inlet / outlet: 2 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 3 pairs
Reference electrode width: 250µm
Auxiliary electrode width: 250µm
Applications: Electrophoretic separations of organic compounds, cations, anions, DNA, peptides, etc.
Contents: from 1 chip
MCE-SU8-IDA-Au005T
Lab Practice - iFull PACK
The most complete i-pack provides all the tools necessaries for introducing the students in the use of miniaturized instrumentation and microfluidic devices. This i-pack includes:
Lab Practice - iFull PACK
Dimensions: 165 x 150 x 95 mm (L x W x H)
Contents: iHVStat + Microfluidic Holder + Standard Pack (MEs + Guides + Reagents)
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MXF-iPLAB-FP
Lab Practice - Full PACK
The most complete pack provides all the tools necessaries for introducing the students in the use of miniaturized instrumentation and microfluidic devices. This pack includes:
Lab Practice - Full PACK
Dimensions: 165 x 150 x 85 mm (L x W x H)
Contents: HVStat + Microfluidic Holder + Standard Pack (MEs + Guides + Reagents)
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MXF-PLAB-FP
Lab Practice - Standard PACK
The standard pack includes:
Lab Practice - Standard PACK
Contents: MEs + Guides + Reagents
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MX-PLAB-SP
Lab Paractice - Basic PACK
The basic pack includes:
Lab Paractice - Basic PACK
Contents: Guides + Reagents
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MX-PLAB-BP
Lab Practice - Spare Kit
The spare kit for lab practices includes:
Lab Practice - Spare Kit
Contents: Reagents
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MXF-PLAB-SK
Lab Practice - Spare Kit
The spare kit for lab practices includes:
Lab Practice - Spare Kit
Contents: Reagents
Details: Available Practice: .:: Analysis of uric acid and related compounds in urine sample using ME-ED ::. & .:: Analysis of paracetamol and vitamin C in pharmaceuticals using ME-ED ::.
MXF-PLAB-SK
NE-300 Just Infusion Syringe Pump
NE-300 offers the most basic pumping system at a very affordable price. Infusion only, does not withdraw, volume target, nor have computer interface or programmability.
NE-300 Just Infusion Syringe Pump
Dimensions: 229 x 146 x 114 mm (D x W x H)
Working mode: Infusion
Channels: 1
Motor type: Step motor
Motor step per revolution: 400
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.2126 µm to 0.8504 µm depending on motor speed
Maximum speed: 38 mm/min
Minimum speed: 0.7 µm/min
Linear force: > 150 N at minimum speed, 80 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 12 nL/min - 20 mL/min
Syringe size: 1 - 60 mL (140 mL partially filled)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 1.63 Kg
Certificates: CE
NE-300
NE-1000 Full Featured Standalone Single-Syringe Pump
NE-1000 family offers a fully programmable syringe pump with infusion and withdrawal mode. It holds one syringe from 1 to 60 mL with infusion rates from 0.01 µL/min to 30 mL/min.
NE-1000 Full Featured Standalone Single-Syringe Pump
Dimensions: 229 x 146 x 114 mm (D x W x H)
Working mode: Infusion/withdrawal
Channels: 1
Motor type: Step motor
Motor step per revolution: 400
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.2126 µm to 0.8504 µm depending on motor speed
Maximum speed: 51 mm/min
Minimum speed: 0.7 µm/min
Linear force: > 150 N at minimum speed, 80 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 12 nL/min - 30 mL/min
Syringe size: 1 - 60 mL (140 mL partially filled)
Number of program phases: 41
Comm. interface: RS-232 (network up to 100 pumps)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 1.63 Kg
Certificates: CE
Details: Lower (NE-1002X) and higher (NE-1010) flow rate models are available. Other Features: • Built for Automation. • Operates stand-alone or from a computer. • Easy-to-use keypad interface. • Applications range from simple infusions to complex pumping progra
NE-1000
NE-4000 Dual-channel Syringe Pump
NE-4000 offers full-featured programmable infusion and withdrawal. It is able to hold two syringes up to 60 mL with pumping rates from 25 µL/min to 100 mL/min. A 140 mL syringe can be filled up to 120 mL.
NE-4000 Dual-channel Syringe Pump
Dimensions: 229 x 146 x 114 mm (D x W x H)
Working mode: Infusion/withdrawal
Channels: 2
Motor type: Step motor
Motor step per revolution: 200
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.4252 µm to 1.7009 µm depending on motor speed
Maximum speed: 184 mm/min
Minimum speed: 1.3 µm/min
Linear force: > 400 N at minimum speed, 80 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 25 µL/min - 100 mL/min
Syringe size: 1 - 60 mL (140 mL partially filled)
Number of program phases: 41
Comm. interface: RS-232 (network up to 100 pumps)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 1.63 Kg
Certificates: CE
NE-4000
NE-1600 Multi-channel (6) Syringe Pump
Multi-syringe pump with the same full-featured programmable capabilities as the NE-1000 (up to 6 channels with infusion/withdrawal). NE-1600 holds 2, 4 or 6 syringes of up to 60 mL each or 2 or 4 syringes up to 140 mL each with infusion rates from 0.008 µL/min to 40 mL/min.
NE-1600 Multi-channel (6) Syringe Pump
Dimensions: 260 x 381 x 127 mm (D x W x H)
Working mode: Infusion/withdrawal
Channels: up to 6
Motor type: Step motor
Motor step per revolution: 200
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.1323 µm to 0.5292 µm depending on motor speed
Maximum speed: 35 mm/min
Minimum speed: 0.4 µm/min
Linear force: > 700 N at minimum speed, 130 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 8 nL/min - 20 mL/min
Syringe size: 0.5 µL - 140 mL
Number of program phases: 41
Comm. interface: RS-232 (network up to 100 pumps)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 4.6 Kg
Certificates: CE
NE-1600
NE-1800 Multi-channel (8) Syringe Pump
Multi-syringe pump with the same full-featured programmable capabilities as the NE-1000 (up to 8 channels). NE-1800 series allows infusion and withdrawal, and holds 2, 4, 6 or 8 syringes of up to 10 mL each with infusion rates from 0.008 µL/min to 5,7 mL/min.
NE-1800 Multi-channel (8) Syringe Pump
Dimensions: 260 x 381 x 127 mm (D x W x H)
Working mode: Infusion/withdrawal
Channels: up to 8
Motor type: Step motor
Motor step per revolution: 200
Microstepping: 1/8 to 1/2 depending on motor speed
Advance per step: 0.1323 µm to 0.5292 µm depending on motor speed
Maximum speed: 35 mm/min
Minimum speed: 0.4 µm/min
Linear force: > 700 N at minimum speed, 130 N at maximum speed
Accuracy: Within +/- 1% over length of syringe, exclusive of syringe variations
Flow rate: 8 nL/min - 20 mL/min
Syringe size: 0.5 µL - 140 mL
Number of program phases: 41
Comm. interface: RS-232 (network up to 100 pumps)
Power supply: Unregulated linear external wall adapter, country and power source specific (or compatible regulated power supply)
Weight: 4.6 Kg
Certificates: CE
NE-1800
Thin-layer Microfluidic Platinum Interdigitated Sensor (10/10 µm)
15 pairs interdigitated platinum electrodes (10/10 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Platinum Interdigitated Sensor (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA1-Pt (20 units/box)
Thin-layer Microfluidic Platinum Interdigitated Sensor (10/10 µm)
15 pairs interdigitated platinum electrodes (10/10 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Platinum Interdigitated Sensor (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA1-Pt (20 units/box)
Thin-layer Microfluidic Single Platinum Sensor
Three platinum electrodes approach integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Single Platinum Sensor
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
WE size: 0.3 mm2
Channel volume: 55 nL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 20 units/box
TL-SE1-Pt (20 units/box)
Thin-layer Microfluidic Single Platinum Sensor
Three platinum electrodes approach integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Single Platinum Sensor
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
WE size: 0.3 mm2
Channel volume: 55 nL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 20 units/box
TL-SE1-Pt (20 units/box)
Thin-layer Microfluidic Single Gold Sensor
Three gold electrode approach integrated into a 40-µm height SU8 microchannel. Useful for FIA systems for developing enzyme and immunosensors. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Single Gold Sensor
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
WE size: 0.3 mm2
Channel volume: 55 nL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 20 units/box
TL-SE1-Au (20 units/box)
Thin-layer Microfluidic Single Gold Sensor
Three gold electrode approach integrated into a 40-µm height SU8 microchannel. Useful for FIA systems for developing enzyme and immunosensors. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Single Gold Sensor
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
WE size: 0.3 mm2
Channel volume: 55 nL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 20 units/box
TL-SE1-Au (20 units/box)
Thin-layer Microfluidic Platinum Interdigitated Sensor (5/5 µm)
30 pairs interdigitated platinum electrodes (5/5 µm, electrode/gap) integrated into 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Platinum Interdigitated Sensor (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA5-Pt (20 units/box)
Thin-layer Microfluidic Platinum Interdigitated Sensor (5/5 µm)
30 pairs interdigitated platinum electrodes (5/5 µm, electrode/gap) integrated into 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Platinum Interdigitated Sensor (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Pt
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA5-Pt (20 units/box)
Thin-layer Microfluidic Gold Interdigitated Sensor (10/10 µm)
15 pairs interdigitated gold electrodes (10/10 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Gold Interdigitated Sensor (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA1-Au (20 units/box)
Thin-layer Microfluidic Gold Interdigitated Sensor (10/10 µm)
15 pairs interdigitated gold electrodes (10/10 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Gold Interdigitated Sensor (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 10 µm
Microelectrode gap: 10 µm
Number of fingers: 15 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA1-Au (20 units/box)
Thin-layer Microfluidic Gold Interdigitated Sensor (5/5 µm)
30 pairs interdigitated gold electrodes (5/5 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Gold Interdigitated Sensor (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA5-Au (20 units/box)
Thin-layer Microfluidic Gold Interdigitated Sensor (5/5 µm)
30 pairs interdigitated gold electrodes (5/5 µm, electrode/gap) integrated into a 40-µm height SU8 microchannel. Useful for FIA systems. Compatible with AIO and Multi8x AIO cell with TL add-ons.
Thin-layer Microfluidic Gold Interdigitated Sensor (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Microfluidic stage: EPON SU8 resin
Channel width: 250 µm / 1mm (EC-cell)
Channel height: 40 µm
Inlet / outlet: 0.7 mm Ø
Electrodes material: Ti / Au
Electrodes thickness: 50/150 nm
Microelectrode width: 5 µm
Microelectrode gap: 5 µm
Number of fingers: 30 pairs
Channel volume: 55 nL
Applications: Impedance, capacitance and conductivity measurements, fuel cells
Contents: 20 units/box
TL-IDA5-Au (20 units/box)
Thin-film Double-metal Single Electrode
Three electrode approach with gold WE and platinum RE and AE for selective coating processes. Good intra- and inter-electrode reproducibility. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Double-metal Single Electrode
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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
ED-SE1-AuPt (25 units/box)
Thin-film Platinum 5µm-Microelectrode Array
Three electrode platinum approach. WE coated with SU8 resin defining 5 µm microholes array with honeycomb structure. Useful for, oxygen, amonia, etc. Compatibles con las celdas Drop, AIO y Multi8x AIO.
Thin-film Platinum 5µm-Microelectrode Array
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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
ED-mSE-5-Pt (50 units/box)
Thin-film Platinum 10µm-Microelectrode Array
Three electrode platinum approach. WE coated with SU8 resin defining 10 µm microholes array with honeycomb structure. Useful for, oxygen, amonia, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum 10µm-Microelectrode Array
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-10-Pt (50 units/box)
Thin-film Gold 10µm-Microelectrode Array
Three electrode gold approach. WE coated with SU8 resin defining 10 µm microholes array with honeycomb structure. Useful for, thiols, DNA, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold 10µm-Microelectrode Array
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold 5µm-Microelectrode Array
Three electrode gold approach. WE coated with SU8 resin defining 5 µm microholes array with honeycomb structure. Useful for, thiols, DNA, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold 5µm-Microelectrode Array
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Platinum InterDigitated Electrode (10/10 µm)
90 pairs of interdigitated platinum electrodes (10/10 µm, electrode/gap). Useful for optical and electrochemical (impedance) studies, scanning electrochemistry microscopy, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Electrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-IDE1-Pt (50 units/box)
Thin-film Platinum InterDigitated Electrode (10/5 µm)
120 pairs of; interdigitated platinum; electrodes;(10/5 µm, electrode/gap). Useful for optics, electrochemistry (impedance, conductivity...), scanning electrochemistry microscopy, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Electrode (10/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-IDE2-Pt (50 units/box)
Thin-film Platinum InterDigitated Electrode (5/5 µm)
180 pairs of interdigitated platinum electrodes (5/5 µm, electrode/gap). Useful for optics, electrochemistry, scanning electrochemistry microscopy, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Electrode (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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
ED-IDE3-Pt (50 units/box)
Thin-film Gold InterDigitated Electrode (10/10 µm)
90 pairs of interdigitated gold electrodes (10/10 µm, electrode/gap). Useful for optical and electrochemical (impedance) studies, spectroelectrochemistry, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Electrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold InterDigitated Electrode (10/5 µm)
120 pairs of interdigitated gold electrodes (10/5 µm, electrode/gap). Useful for optical and electrochemical (impedance) studies, spectroelectrochemistry, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Electrode (10/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold InterDigitated Electrode (5/5 µm)
180 pairs of interdigitated gold electrodes (5/5 µm, electrode/gap). Useful for optical and electrochemical (impedance) studies, spectroelectrochemistry, etc. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Electrode (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Platinum InterDigitated Array Microelectrode (10/10 µm)
15 pairs interdigitated platinum electrodes (10/10 µm, electrode/gap) integrating reference and counter electrodes. Useful for gas sensor (oxygen, nitrogen dioxide…), explosives, etc... detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Array Microelectrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-IDA1-Pt (50 units/box)
Thin-film Platinum InterDigitated Array Microelectrode (10/5 µm)
20 pairs interdigitated platinum electrodes (10/5 µm, electrode/gap) integrating reference and auxiliary electrodes. Useful for gas sensor (oxygen, nitrogen dioxide…), explosives, etc... detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Array Microelectrode (10/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-IDA5-Pt (50 units/box)
Thin-film Platinum InterDigitated Array Microelectrode (5/5 µm)
30 pairs interdigitated platinum electrodes (5/5 µm, electrode/gap) integrating reference and counter electrode. Useful for gas sensor (oxygen, nitrogen dioxide…), explosives, etc... detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Array Microelectrode (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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
ED-IDA6-Pt (50 units/box)
Thin-film Gold InterDigitated Array Microelectrode (10/10 µm)
15 pairs interdigitated gold electrodes (10/10 µm, electrode/gap) integrating reference and auxiliary electrodes. Useful for thiols, uric acid, ascorbic acid, cancer biomarkers, insecticides, etc... detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Array Microelectrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold InterDigitated Array Microelectrode (10/5 µm)
20 pairs interdigitated gold electrodes (10/5 µm, electrode/gap) integrating reference and counter electrodes. Useful for thiols, uric acid, ascorbic acid, cancer biomarkers, insecticides, etc detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Array Microelectrode (10/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold InterDigitated Array Microelectrode (5/5 µm)
30 pairs interdigitated gold electrodes (5/5 µm, electrode/gap) integrating reference and auxiliary electrodes. Useful for thiols, uric acid, ascorbic acid, cancer biomarkers, insecticides, etc... detection. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Array Microelectrode (5/5 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Platinum InterDigitated Ring Array microelectrode (10/10 µm)
12 pairs interdigitated platinum electrodes (10/10 µm, electrode/gap) with radial design focused on flow analysis systems. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum InterDigitated Ring Array microelectrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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
ED-IDRA1-Pt (50 units/box)
Thin-film Gold InterDigitated Ring Array Microelectrode (10/10 µm)
12 pairs interdigitated gold electrodes (10/10 µm, electrode/gap) with radial design focused on flow analysis systems. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold InterDigitated Ring Array Microelectrode (10/10 µm)
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Gold Single Electrode
Three electrode gold approach. Good intra- and inter-electrode reproducibility. Useful for explosive, thiols, DNA, etc... detection as well as enzyme and immunosensors. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Gold Single Electrode
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Au (50 units/box)
Thin-film Platinum Single Electrode
Three electrode platinum approach. Good intra- and inter-electrode reproducibility. Useful for oxygen, amonia, etc... detection as well as gas sensor development. Compatible with Drop, AIO and Multi8x AIO cell.
Thin-film Platinum Single Electrode
Dimensions: 10 x 6 x 0.75 mm
Substrate: Glass
Insulating layer: EPON SU8 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-Pt (50 units/box)
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