Plug & Play Kit for Electrochemical Induced Raman and X-ray Spectroscopy

This exclusive, research-driven innovation enables cutting-edge electrochemical analysis with plug & play simplicity. It seamlessly transforms steady-state Raman or X-ray spectro-electrochemical measurements into high-resolution time-resolved analysis, without any modifications to your spectrometer.


Key features:

  • maximum time resolution: 0.1 ms
  • software controlled
  • for max resolution microelectrode or thin electrode are required
  • does not require any modification of spectrometer

Requirements:

  • for max resolution microelectrode or thin electrode are required (see our products offer below)

Applications:

  • detection of transient spectra of electrochemical intermediate species
  • investigation of electrochemical reaction mechanism
  • complement of EIS measurements with spectroscopic information
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Specialized electrochemical cells

All our electrochemical cells are 3D printed which allows precise customization. We use high-performance resins, specifically selected for the final application. Don’t forget to let us know what you need!

Flow-cell for microelectrode spectro-electrochemistry

A compact electrochemical cell designed for reflective spectro-electrochemistry with microelectrodes (<100 μm diameter). Ideal for fast time-resolved measurements, gas-evolving reactions, and high-current-density studies.


Key features:

  • Low static volume, high-flux cell for reflective spectro-electrochemistry (e.g., Raman, UV-Vis)
  • Manufactured in chemical resistant resin
  • Supports flow rates from 0 to 100 mL/min.
  • Short path-length capability: can be adjusted down to 0.5 mm while maintaining low ohmic resistance.
  • Hosts electrodes external diameters up to 4 mm, optimized for our microelectrodes

Applications:

  • Gas-evolving reactions: Ideal for experiments where reaction products need to be continuously removed, such as operando spectro-electrochemistry
  • High-current-density spectro-electrochemistry: Suitable for measurements up to 1 A/cm2, enabling studies of materials under extreme conditions
  • Fast time-resolved spectro-electrochemistry: supports sub-millisecond measurements for capturing transient electrochemical events (see EIR kit for details)
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Flow-cell for general (flat electrode) spectro-electrochemistry

A highly adaptable, low-volume cell compatible with both transmission and reflection spectro-electrochemistry. Designed for use with flat electrodes or net-electrodes, supporting operando measurements, X-ray spectro-electrochemistry, and gas-evolving reactions.


Key features:

  • Versatile, low static volume, high-flux cell compatible with both transmission and reflection spectro-electrochemical techniques
  • Manufactured in chemical resistant resin
  • Designed for use with net-electrodes and flat electrodes, including glassy-C, ITO/FTO-coated electrodes
  • Supports flow rates from 0 to 100 mL/min
  • Compatible with X-ray spectro-electrochemistry (used in backscattering mode)

Applications:

  • Transmission spectro-electrochemistry with net-electrodes or ITO/FTO electrodes
  • Operando spectro-electrochemistry with product analysis
  • X-ray spectro-electrochemistry in backscattering mode
  • Gas-evolving reactions: enables continuous removal of reaction products for accurate operando measurements

Do you need a gas-tight cell? Contact us for custom solutions!

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Flow cell for large volume electrochemistry

An industrial-scale electrochemical cell for testing foam-catalyst electrodes under real-world conditions. Optimized for high-current applications, catalyst stability testing, and H+/OH− shuttle membrane efficiency analysis.


Key features:

  • Supports high electrolyte flux (up to 6 L/min), allowing for accurate simulation of industrial electrochemical processes
  • Manufactured in chemical resistant resin
  • Flow path optimized via fluid-dynamics simulations

Applications:

  • Catalyst performance testing at industrially relevant conditions (i.e. >1A/cm2), bridging the gap between research and real-world application
  • Electrode substrate durability testing: evaluate the stability of new catalyst materials (e.g., metal foams) under intense operating conditions
  • H+/OH− shuttle membrane efficiency testing: assess the performance and longevity of key electrochemical components
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Spare parts and accessories

A broad selection of components, including low-capacitance microelectrodes, UV-Vis or X-ray transparent electrodes, and other essential cell parts, are available upon request.


For custom solutions or additional spare parts, contact us!

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