Microfluidic new generation electrophoresis system

Microfluidic instruments

Microfluidic new generation electrophoresis system



Category: Electrochemical sensors, Electrophoresis & Electrochemistry Chips, Microfluidic chip, Microfluidic sensor

A high-voltage power supply and a potentiostat in a compact form factor for lab-on-chip microfluidic electrophoresis to be used with the electrochemical sensors.


This system allows you to automate your electrophoresis routine by using computer data acquisition with dual amperometric detection.

On Demand

Our specialized microfluidics team will gladly help you define your needs
A high-voltage power supply and a potentiostat in a compact form factor for lab-on-chip microfluidic electrophoresis to be used with the electrochemical sensors.
This system allows you to automate your electrophoresis routine by using computer data acquisition with dual amperometric detection.

Description

An additional instrumentation such as high-voltage power supplies and potentiostat is required to use the microfluidic chips and electrochemical sensors. This instrument  is an automated electrophoresis system based on microfluidic chips with amperometric detection.

lab-on-chip-microfluidic-electrophoresis

 

This system is portable and combines a high voltage power supply and a bipotentiostat for dual amperometric detection.  

 

Characteristics

  • Dimensions: 165 x 150 x 95 mm (L x W x H).
  • Battery-powered (LiPo – 3300 mAh).
  • Control PC software.
  • Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth®).
  • LED indicators: power, Bluetooth®, cable.

Technical specifications

High voltage power supply: 

  • Power: 1 W
  • Channels/ Outputs:1/ 4
  • Outputs polarity: Positive/negative
  • Output voltage: ±3000 V
  • Max. output current: 0,34 mA
  • Output voltage tolerance: ±3 % typical
  • Ripple: < 1%
  • Operating temperature: -20ºC to +70ºC
  • Storage temperature: -20ºC to +105ºC
  • Humidity: 20% to 85% RH

Bipotentiostat:

  • DC-potential range: ±2,00 V
  • Voltage reference: 4,00 V
  • DC-potential resolution: 1 mV
  • DC-offset error: ±1 mV
  • Accuracy: ≤0,1 %
  • Current ranges: 1 nAto 1 μA(4 ranges)
  • Maximum current: ±2 μA
  • Current resolution: 0,1 % of current range / 1 pAon lowest current range
  • Electrochemical techniques: DC amperometricdetection (AD) / Pulsed amperometricdetection (PAD)
  • Run time: 1 s -∞(Experiments 1 s –1000 h)
  • Interval time: 10 ms-1000 s (RS232/ USB)
  • Pulse time: 5 ms-1000 s (RS232/ USB)
  • Maximum number of points:No limited (depending of computer memory)

Microfluidics contact team

Contact our team:

contact@darwin-microfluidics.com


Our specialized team is at your service to help you pick the product best suited to your needs. We also offer specific quotes for high quantity, specific, or custom orders. Feel free to ask, that's what we're for!