Multichannel instruments: electrochemistry times twelve.
Take a fully functional poteniostat/galvanostat, multiply it by twelve, and you get a Multichannel instrument.
Brochure: Instruments for electrochemical research (8.000.5314, PDF, 2.29 MB)
The Multichannel instruments consist of a mainframe with up to twelve channels. As each channel is a separate potentiostat/galvanostat module, you can have one instrument that allows you to perform up to twelve measurements on just as many individual electrochemical cells.
With a Multichannel Line instrument, you can combine a total of twelve potentiostat/galvanostat modules (M101 or M204) and extension modules in one system. You can configure a customized system that is perfectly suited for your specific research requirements. Each of these up to twelve modules is capable of performing measurements in an individual measuring cell.
The Multichannel Line is controlled via the NOVA 2 software, featuring:
Talk to your Metrohm representative and learn about the best solution for your needs!
Electrochemical impedance spectroscopy (EIS), dual mode bipotentiostat module, current booster (Booster10A), pH/pX measurement (pX1000), electrochemical quartz crystal microbalance (EQCM), and automation with multiplexing (MUX) – these are the additional capabilities that can be added to the Autolab Multichannel M204 and M101 instruments through a dedicated module.
Metrohm Autolab offers a range of electrochemistry accessories including rotating electrodes. Our accessories enable you to implement additional measurement techniques and capabilities and conduct research in any applications
No matter what your application, Metrohm Electrochemistry has the electrode you need. Our electrodes are available in a variety of materials (e.g., glassy carbon, platinum, gold, etc.) and formats (e.g., reference, counter, screen-printed, etc.).
Metrohm Electrochemistry offers a wide variety of cells in a diverse range of materials for any applications.
NOVA 2 includes all the tools required to configure any experiment, acquire the data, and perform data analysis.
Download our free white paper “A Guide to Li-ion Battery Research and Development” for information and resources to learn more.