Microfluidic Solutions
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:
- MicruX® HVStat Instrument + Accessories
- Microfluidic Chip Holder
- Microfluidic Electrophoresis Chips
- Teacher & student's guides
- Excel Template
- Reagents & other material (syringes, filters, sample containers…)
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 - 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:
- MicruX® iHVStat Instrument + Accessories
- Microfluidic Chip Holder
- Microfluidic Electrophoresis Chips
- Teacher & student's guides
- Excel Template
- Reagents & other material (syringes, filters, sample containers…)
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 - Standard PACK
The standard pack includes:
- Microfluidic Electrophoresis Chips
- Teacher & student’s guides
- Excel Template
- Reagents & other material (syringes, filters, sample containers…)
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:
- Teacher & student’s guide
- Excel Template
- Reagents & other material (syringes, filters, sample containers…)
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:
- Reagents
- Other material (syringes, filters, sample containers…)
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
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 (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 (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 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 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 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 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
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
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 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)
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
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
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 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 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 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)
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 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
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-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 - 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 - 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-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 - 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
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 (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 (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 - 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-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 - 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 - 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-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 - 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
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- Web: www.micruxfluidic.com
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