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Low-cost Thick-film Carbon Electrode (RE: Ag/AgCl)
Low-cost carbon-based screen-printed electrodes, including a silver/silver chloride reference electrode, for basic electrochemical studies. Thick-film sensors fabricated on a flexible and high-resist PET substrate with a classical three-electrodes approach. Ideal to work with microvolume, showing excellent electrochemical performance with good reversibility when using cyclic voltammetry. Different accessories available.
Low-cost Thick-film Carbon Electrode (RE: Ag/AgCl)
Dimensions: 27.5 x 10.1 x 0.35 mm
Substrate: PET (white)
Electrodes material: WE: C - RE: Ag/AgCl - AE: C
WE size: 3 mm Ø (7.1 mm2)
Sample volume: 20 - 50 µL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-S1PE-C21 (50 units/box)
Low-cost Thick-film Carbon Electrode (Ceramic)
Low-cost carbon-based screen-printed electrodes for basic electrochemical studies. Thick-film sensors fabricated on a rigid ceramic substrate with a classical three-electrodes approach. Ideal to work with microvolume, showing excellent electrochemical performance with good reversibility when using cyclic voltammetry. Different accessories available.
Low-cost Thick-film Carbon Electrode (Ceramic)
Dimensions: 27.5 x 10.1 x 0.38 mm
Substrate: Ceramic
Electrodes material: WE: C / RE: Ag / AE: C
WE size: 3 mm Ø (7.1 mm2)
Sample volume: 20 - 50 µL
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-S1PE-C20C (50 units/box)
ECSens Electrochemical Sensing Interface
Entry-level ultra-compact and afforable potentiostat for initial electrochemical studies with the most common electroanalytical techniques, enabling a true on-site voltammetric and amperometric analysis. USB interfacing and fully controlled by MicruX EC Manager Lite software with multiplexing capabilities. Compatible with thick-film single-electrodes.
ECSens Electrochemical Sensing Interface
Dimensions: 36 x 15 x 8 mm (L x W x H)
Operating modes: Potentiostat (multi-channel mode available)
LED indicators: power on, cell on
Comm. interface: USB-C
Power supply: USB
Operating temperature: 0 ºC to +50 ºC
DC-potential range: ± 1.08 V
Compliance voltage: 2 V
DC-potential resolution: 250 µV
Applied potential accuracy: ≤ 0.1%
Current ranges: 6.5 µA to 0.75 mA (7 ranges)
Maximun DC current: ± 0.75 mA
Current accuracy: ≤ 0.1 % (at Full Scale Range)
Measured current resolution: 0.002 % of current range (130 pA on 6.5 µA range)
Housing: Aluminum case
Weight: < 5 g
Certificates: CE
Details: MicruX ECSens is provided with an electrode pack (S1PE) as well as all the accessories and software for interfacing with the computer and sensors.
ECSENS100
ECSens Electrochemical Sensing Interface
Entry-level ultra-compact and afforable potentiostat for initial electrochemical studies with the most common electroanalytical techniques, enabling a true on-site voltammetric and amperometric analysis. USB interfacing and fully controlled by MicruX EC Manager Lite software with multiplexing capabilities. Compatible with thick-film single-electrodes.
ECSens Electrochemical Sensing Interface
Dimensions: 36 x 15 x 8 mm (L x W x H)
Operating modes: Potentiostat (multi-channel mode available)
LED indicators: power on, cell on
Comm. interface: USB-C
Power supply: USB
Operating temperature: 0 ºC to +50 ºC
DC-potential range: ± 1.08 V
Compliance voltage: 2 V
DC-potential resolution: 250 µV
Applied potential accuracy: ≤ 0.1%
Current ranges: 6.5 µA to 0.75 mA (7 ranges)
Maximun DC current: ± 0.75 mA
Current accuracy: ≤ 0.1 % (at Full Scale Range)
Measured current resolution: 0.002 % of current range (130 pA on 6.5 µA range)
Housing: Aluminum case
Weight: < 5 g
Certificates: CE
Details: MicruX ECSens is provided with an electrode pack (S1PE) as well as all the accessories and software for interfacing with the computer and sensors.
ECSENS100
Thick-film Carbon Dual-Electrode
Carbon-based screen-printed dual-electrodes with a four-electrodes approach. Ideal to work with microvolume, showing an excellent intra- and inter-electrode precision. Useful for developing low-cost, multiplexed chemical sensors and biosensors. Different accessories available.
Thick-film Carbon Dual-Electrode
Dimensions: 27.5 x 10.1 x 0.35 mm
Substrate: PET (white)
Electrodes material: WE1/2: C / RE: Ag / AE: C
WE size: 1,0x2.5 mm (2,3 mm2 )
Applications: Electroanalysis, flow systems, nanotechnology, chemical sensors, biosensors
Contents: 50 units/box
ED-D2PE-C (50 units/box)
dLSP-510 Digital Lab Single-Syringe Pump
High precision and stable fluid delivery single-channel digital pump, ideal for microfluidic, electrospinning, toxicology studies, capillary electrophoresis, neuroscience, etc. application.
dLSP-510 Digital Lab Single-Syringe Pump
Dimensions: 260 x185x180 mm (Dx W x H) drive unit, 190 mm x 123 mm x 33 mm (D x W x H) controller unit
Applications: Electrospinning, Microfluidics, Animal experiments, toxicology studies, Capillary electrophoresis, Drug Discovery, Cell Injections, Microcapsules, Catalyzer, Neuroscience, Organic Synthesis, Nutrition Science
Working mode: infusion, withdrawal, infusion/withdrawal, autorepeated, programming (on dedicated PC software)
Channels: 1
Motor type: Step motor
Microstepping: 1/64
Advance per step: 0.03255 µm / µstep
Maximum speed: 180 mm/min
Minimum speed: 0.0833 µm/min
Linear force: 40 lbs/18 kg (100% force selection)
Accuracy: ≤± 0,5 %
Flow rate: 0.0007 nL/ min (siringe 0.5 µL) - 120.044 mL /min (syringe 60 mL)
Syringe size: 0.5 µL - 60 mL
Comm. interface: USB-B, USB-A, Wifi, Bluetooth, Ethernet, etc
Display: 7 Inch, 1024x600, IPS HD LCD
Power supply: AC 100 V - 240 V-30 W 50/60 Hz
Operating temperature: 5 ºC - 40 º C
Humidity: < 85 %
Weight: 3.49 kg (drive unit), 0.37 kg (controller)
IP rate: IP31
Certificates: CE
LP-dLSP-510
dLSP- 520 Digital Lab Dual-Syringe Pump
High precision and stable fluid delivery dual-channel digital pump, ideal for microfluidic, electrospinning, toxicology studies, capillary electrophoresis, neuroscience, etc. application.
dLSP-520 Digital Lab Dual-Syringe Pump
Dimensions: Drive Unit: 260 mm x 185 mm x 180 mm (DxWxH), Control unit: 190mm x 123 mm x 33 mm (DxWxH)
Applications: Electrospinning, Microfluidics, Animal experiments, toxicology studies, Capillary electrophoresis, Drug Discovery, Cell Injections, Microcapsules, Catalyzer, Neuroscience, Organic Synthesis, Nutrition Science
Working mode: infusion, withdrawal, infusion/withdrawal, autorepeated, programming (on dedicated PC software)
Channels: 2
Motor type: Step motor
Microstepping: 1/64
Advance per step: 0.03255 µm/ µstep
Maximum speed: 180 mm/min
Minimum speed: 0.0833 µm/min
Linear force: 40 lbs/18 kg (100% force selection)
Accuracy: ≤± 0,5 %
Flow rate: 0.0007 nl/min (0.5 µL syringe) - 74-786 mL/min (30 mL syringe)
Syringe size: 0.5 µL - 30 mL
Comm. interface: USB-B, USB-A, Wifi, Bluetooth, Ethernet, etc
Display: 7 inch, 1024x600, ISP HD LCD
Power supply: AC 100V-240V/30 W 50/60Hz
Operating temperature: 5ºC - 40º C
Humidity: <85%
Weight: 3.49 kg (drive unit), 0.37 kg (controller)
IP rate: IP31
Certificates: CE
LP-dLSP-520
AIO cell Add-on - Batch Cell PEEK-5.0
Organic solvent compatibility. Perfect add-on for applications where larger sample volume are required (up to 400 µL). Compatible with standard thin-film electrodes and EEP platform.
AIO cell Add-on - Batch Cell PEEK-5.0
Material: PEEK
Electrochemical cell: 5.0 mm Ø
Sample volume: up to 400 µL
Applications: Organic solvents resistance
ED-AIO-ADD-ON-BC-PEEK-5.0
AIO cell Add-on - Batch Cell PEEK-5.0
Organic solvent compatibility. Perfect add-on for applications where larger sample volume are required (up to 400 µL). Compatible with standard thin-film electrodes and EEP platform.
AIO cell Add-on - Batch Cell PEEK-5.0
Material: PEEK
Electrochemical cell: 5.0 mm Ø
Sample volume: up to 400 µL
Applications: Organic solvents resistance
ED-AIO-ADD-ON-BC-PEEK-5.0
AIO cell Add-on - Batch Cell PMMA-5.0
Enables the use of the standard thin-film (micro)electrodes in applications where larger sample volumen are required (up to 400 µL). Compatible with EEP platform.
AIO cell Add-on - Batch Cell PMMA-5.0
Material: PMMA
Electrochemical cell: 5.0 mm Ø
Sample volume: up to 400 µL
ED-AIO-ADD-ON-BC-PMMA-5.0
AIO cell Add-on - Batch Cell PMMA-5.0
Enables the use of the standard thin-film (micro)electrodes in applications where larger sample volumen are required (up to 400 µL). Compatible with EEP platform.
AIO cell Add-on - Batch Cell PMMA-5.0
Material: PMMA
Electrochemical cell: 5.0 mm Ø
Sample volume: up to 400 µL
ED-AIO-ADD-ON-BC-PMMA-5.0
NE-1002X Programmable Microfluidics Single-Syringe Pump
NE-1002X is a fully programmable syringe pump with infusion and withdrawal mode. It can holds 1 syringe up to 60 mL with infusion rates from 0.008 nL/hr to 2545 µL/min. It is also available in two channel version (Model NE-4002X)
NE-1002X Programmable Microfluidics 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: 1/16 to 1/2 depending on motor speed
Advance per step: 4.252 nm to 34.018 nm depending on motor speed
Maximum speed: 2.24 mm/min
Minimum speed: 0.014 µm/min
Accuracy: ≤± 0,5 %
Flow rate: 0.007nL/hr to 2505 µL/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-1002X
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- Mora-Garay Industrial Park · Building #6 · Juan de la Cierva, 2C, 33211 Gijón (Asturias), Spain
- Phone/Fax: (+34) 984 151 019
- Email: info@micruxfluidic.com
- Web: www.micruxfluidic.com
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