SPELEC

Combine electrochemistry and UV-Vis, Vis-NIR, or Raman spectroscopy in a single measurement. The SPELEC instruments consist of a bipotentiostat/galvanostat combined with a spectrometer and a light source working together. If needed, the electrochemical and spectroscopic modes can be used independently.

The following solutions are available for electrochemical measurements in various wavelength ranges:

• VIS-NIR (350-1050 nm)
• UV-VIS (200-900 nm)
• NIR (900-2200 nm)
• Raman (785–1010 nm, Raman shift 0–2850 cm^-1)

We offer a wide range of accessories to perform spectroelectrochemical experiments with screen-printed electrodes. These accessories are also compatible with other spectroelectrochemical cells.

With the right cell and screen-printed electrode, you can perform transmission, reflection, and Raman experiments using small 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.

DropView SPELEC is an advanced, dedicated, and intuitive software that facilitates measurement, handling, and data processing allowing perfect synchronization of optical and electrochemical measurement.

With this software, you can visualize electrochemical curves and spectra in real time and follow your experiments in different modes. And as for data processing, the software offers a large number of functions such as graph overlay, peak integration and measurement, 3D plotting, spectrum movie, and many more.

Spectroelectrochemistry is a useful technique for investigating and identifying electroactive species and products of redox reactions.

It can be applied in various research fields such as materials science, sensing, corrosion, organic/inorganic chemistry, energy storage, electrocatalysis, life sciences or environment, characterization of new materials, photochemical energy conversion, photovoltaic cell, and analytical chemistry, among others.