Electrosynthesis
Electrosynthesis, or electrochemical synthesis, leverages electrical energy to drive redox reactions and form new compounds. Our Faraday Lab simplifies electrosynthesis workflows, delivering accurate and reproducible results. This all-in-one workstation enables precise control through constant current, potential, and cyclic voltammetry (CV) modes, optimizing a range of electrosynthesis procedures. Pair it with the SynLectro™ electrolysis platform, featuring standardized electrodes and labware, for a flexible, customizable setup suited to both research- and batch-scale applications.
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SynLectroTM Electrolysis Platform
Our portfolio of electrosynthesis products, including glass cells, PTFE stoppers and sleeves, electrode holders, and electrodes allows researchers to conduct electrochemical reactions safely and efficiently. Our SynLectro™ platform of products is designed to simplify and standardize electrochemical organic synthesis, depending on the specific reaction desired and the scale of the reaction from research to production.

Faraday Lab: Electrosynthesis Workstation
Faraday Lab: Electrosynthesis Workstation is a plug and play power controller for electrochemical synthesis. Featuring three experiment types (constant current, constant voltage, and CV), as well as the ability to save and export reaction data, Faraday Lab is your perfect entryway to electrosynthesis. Faraday Lab has universal compatibility with labware and electrode setups, including our own SynLectro™ Electrolysis Platform.
Related Resources
- Whitepaper: Electrochemistry: A Powerful Addition to the Synthetic Chemistry Toolbox
Get your copy of the whitepaper to explore the advancements and benefits of electrochemistry in synthetic chemistry.
- Brochure: Electrifying Synthesis
Download the brochure to discover how our electrochemical solutions can support your research efforts.
- Article: SynLectro™ Electrolysis Platform
Find out how to this platform simplifies and standardizes electrochemical organic synthesis to make it more efficient, cleaner and cheaper.
- Brochure: Aldrichimica Acta: Pioneer Your Pathway Discovery
Take a deep dive into preparative batch-type electrosynthesis, reductive electrosynthesis, and emerging trends in organic electrocatalysis.
- Article: Visible-light Photoredox Catalysis
The application of radical chemistry towards organic synthesis is well-developed and wide-reaching, though often hampered by a dependence on toxic radical initiators.
External Resources
In this tutorial with electrosynthesis expert Siegfried R Waldvogel, we will outline the specific features of holder cells and electrodes, explaining their main advantages and the simple workflow which can be adapated for use by all chemists.
Chemistry World: Webinar - Harness the power of electricity...
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