First fully integrated spectroelectrochemical instrument for research

First fully integrated spectroelectrochemical instrument for research

Combination of Raman and Bipotentiostat/Galvanostat in a fully integrated synchronized Raman Spectroelectrochemical instrument: The equipment can also be used independently as a Raman Spectrometer or as a Bipotentiostat/Galvanostat.

SPELEC RAMAN is the world’s only equipment in the market for performing RAMAN  SPECTROELECTROCHEMISTRY studies combining in only one box a LASER Class 3B (785 nm), a Bipotentiostat/Galvanostat (± 4 V potential range, ± 40 mA current range) and a Spectrometer (wavelength range 785 – 1010 nm and Raman shift 0 – 2850 cm-1).

All the components are perfectly fitted and synchronized, offering for the first time a fully integrated synchronized Raman spectroelectrochemical instrument.

  • RAMAN SPECTRA advantages: compatible with aqueous samples, rapid identification, non-destructive
  • Real time Raman spectroelectrochemistry with SYNCHRONIZED RAMAN and ELECTROCHEMICAL measurements:
  • Surface characterization: new materials development, corrosion analysis, battery testing,…
  • EC-SERS for enhanced Raman Spectra increasing detection sensitivity
  • Ideal for qualitative & quantitative analysis: high sensitivity and reproducibility
  • In-situ, real time and synchronized Raman and Electrochemical measurements.


SPELEC RAMAN is controlled by DROPVIEW SPELEC Software, which provides powerful functions such as:

  • Time resolved RAMAN
  • Power laser control
  • Real Time panel that collects the generated spectra not only during the electrochemical measurement  but continuously at any time
  • Spectroscopic measurements in Counts, Counts minus Dark, Raman, Raman Shift during the Electrochemical process
  • Plot of Optical Signals vs. Potential/time Curves at specified wavelength and Raman Shift
  • Plot overlay, peak integration, smoothing, subtraction, derivative curve, baseline fitting
  • 3D plotting of curves, spectrum film


SPELEC RAMAN can be used with standard RAMAN cuvettes, but also with the new innovative DropSens cells for RAMAN SPECTROELECTROCHEMISTRY experiments using screen-printed electrodes.

Questions? Contact us
Metrohm Australia/New Zealand

Please select your topic:

Please select your field of practice:*

Your message:* (required)

Please enter

Your email address*

Title: MrMrsMsDrProf

First Name*:

Last Name*:







Phone Number:

Would you like to subscribe to one or more of our regular scientific publications?

Air Water Soil (email)Chemical and Petrochemical Analysis (email)ElectroChem Matters (email)FoodLab and Beverage Analysis (email)Ion Chromatography News (email)Metrohm Australia Analyst (email)Metrohm Australia Analyst (print)Metrohm Information (print)Mines&Minerals (email)Process Analytics (email)Retsch the Sample (print)Solid Science (email)Teaching and Research (email)

Please enter the displayed code:


Manage your subscriptions