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 - 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 - 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
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
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