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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
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- Phone/Fax: (+34) 984 151 019
- Email: davidfernandez@infofuturo.com
- Web: www.micruxfluidic.com
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