About Us
EISworks (Ice - works) Technologies is a small company located in beautiful Potsdam, New York, situated near the Adirondack Mountains.
The company's founders
have over twenty-five years of experience in electrochemistry, with a specialty in electrochemical impedance spectroscopy.
Current News
EISworks Technologies is the first company to package a Fourier Transform Electrochemical Impedance Spectroscopy (FT-EIS) system for use in industry
and University research.
The instrument was designed from the ground up to give superior frequency response, allowing for the expansion of the
FT-EIS technique to the next level. The old-fashioned electrochemical impedance spectroscopy technique used just a simple sine wave imposed on a
dc voltage signal.
To get the frequency response of the system, trial after trial was done, each at a different frequency. This could cause
results that were highly suspect due to the changing of the system under study over the needed repeated measurements. The FT-EIS technique is
superior by allowing the whole frequency spectrum to be analyzed during a single voltage sweep.
Studies involving systems that evolve non-reversibly
over time can now be studied with an impedance spectroscopy technique. The data can be resolved into time based information (1) and give you real
feedback as to what s happening in your system at any given moment.
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Products
The EISworks Technologies JGMW501 allows you to scan 5 decades of frequencies at the same time while the max signal to noise ratio across the whole
frequency range is ~XDB (2). The easy to use software allows you to select the frequency range you wish to use to probe your system, allows you to
set the dc voltage program you wish to run, and how often you want to sample the data. This allows for the maximum flexibility, but with a robust
and simple enough interface to be used in any industrial situation. The JGMW501 can also be used as a standard potentiostat, and it can also be used
in galvanostatic mode.
We are available for custom engineering and research designs as well as customizing a potentiostat to fit your specific needs.
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