Spectroelectrochemical measurements: one integrated solution

Combine electrochemistry and UV-Vis, Vis-NIR, or Raman spectroscopy in one measurement. These instruments consist of a bipotentiostat/ galvanostat combined with a spectrometer and a light source. They are available in various detection range versions.

Spectroelectrochemistry is a useful technique used for investigating and identifying electroactive species and redox reactions products. It can be applied in various research fields, such as:

  • New materials characterization
  • Photochemical energy conversion
  • Photovoltaic cell
  • Analytical chemistry
We offer an integrated solution for this type of measurement: instrumentation, dedicated software, and accessories.
SPELECRAMAN for spectroelectrochemical research and experiments

Key features

  • Combined bipotentiostat/ galvanostat and spectrometer with light source
  • Various detection ranges and techniques available: UV-Vis, Vis-NIR, and Raman
  • Electrochemical and spectroscopic modes can be used independently
  • Dedicated software for perfect synchronization of optical and electrochemical measurement
  • Compatible with any kind of spectro-electrochemical cell and with screen-printed electrodes

Spectroelectrochemistry systems (4)

Show all systems: Spectroelectrochemistry (4)

Keep your measurements in sync with DropView Spelec

DropView Spelec is a dedicated, intuitive software that makes measurement, data handling, and data treatment easy.

With this software, you can display electrochemical curves and spectra in real time and follow your experiments in Counts, Counts minus Dark, Absorbance, Transmittance, Reflectance, or Raman Shift.

When it comes to data treatment, the DropView Spelec offers a host of functions, including plot overlay, peak integration and measurement, 3D plotting, spectrum film, and many more.

> Learn more about DropView Spelec

Screenshot of DropView SPELEC software for electrochemical experiments

All you need for your experiments

We offer a wide range of accessories to perform spectroelectrochemical experiments with screen-printed electrodes. With the suitable cell and screen-printed electrode, you can perform transmission, reflection, and Raman experiments using low sample volumes, and you can even easily perform reflection experiments in flow analysis. In addition, screen-printed electrodes can be used as SERS substrates for Raman signals.

> Browse our range of cells

> Find screen-printed electrodes here

DropSens Transcell and screen-printed electrodes for spectroelectrochemical measurements

Modular spectroelectrochemistry solution from Autolab

We also offer a modular solution that allows you to add spectroelectrochemistry to an existing electrochemistry setup.

With Autolab spectroelectrochemistry, you can set up spectroelectrochemistry instruments the way you need:

  • Two spectrophotometers available
  • Dedicated deuterium/halogen light source
  • All components controlled in NOVA software

> Learn more about Autolab Spectroelectrochemistry

Autolab Spectroelectrochemistry Spectrophotometer Light source

Portable potentiostats

Find our range of small, affordable potentiostat/ galvanostat instruments here.

Portable potentiostats

DropView software

Dedicated software for combined electrochemical and optical measurements.

DropView for SPELEC

Screen-printed electrodes

Fast, inexpensive, and versatile. Discover our screen-printed and interdigitated electrodes for electrochemical research.

Screen-printed electrodes

Electrochemistry cells

Find the suitable cell for spectroelectrochemical measurements here.

Spectroelectrochemistry cells