Lifescienceslab
Trends in research, analytic, diagnostics and control in laboratory
Dolomite develops lab-on-a-chip device with integrated electrodes
Embedded between two glass layers or placed on top of a microfluidic chip, electrodes enable on-chip functionality including electrical impedance spectrometry, electrophoresis, amperometric detection, electrical heating and high voltage microfluidic experimentation.
Dolomite’s world leading thermal bonding process, allows the creation of complex and leakfree microfluidic structures with electrodes from as small as 2μm. An additional layer of PECVD oxide or PECVD nitride can be applied to the electrodes for insulation. Available in a wide range of materials, including platinum, copper, titanium and gold, the electrodes can cover up to 50% of the microfluidic chip (when bonded).

News published on Friday 12 of August of 2011
Trends in search, analytic, diagnostics and control in laboratory
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Dolomite develops lab-on-a-chip device with integrated electrodes

Embedded between two glass layers or placed on top of a microfluidic chip, electrodes enable on-chip functionality including electrical impedance spectrometry, electrophoresis, amperometric detection, electrical heating and high voltage microfluidic experimentation.
Dolomite’s world leading thermal bonding process, allows the creation of complex and leakfree microfluidic structures with electrodes from as small as 2μm. An additional layer of PECVD oxide or PECVD nitride can be applied to the electrodes for insulation. Available in a wide range of materials, including platinum, copper, titanium and gold, the electrodes can cover up to 50% of the microfluidic chip (when bonded).
  
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