Software for Electrochemistry

Gamry has software for every major application of electrochemistry.  Our software is modular...it's written for specific electrochemical applications.  This has two advantages for our users:

1.  You buy only the software you need, so your price is lower than all-purpose software.

2.  Because the software is written for specific electrochemical techniques, it's very easy  to use.  

Gamry software runs on any Gamry Potentiostat.  The Reference 600, Reference 3000, Series G 300, and Series G 750 are all compatible with most Gamry software.

If you need a multi-purpose electrochemical instrument, take a look at our Fundamental Electrochemistry System and our Global Electrochemistry System.  We've bundled our most popular software and included an impressive discount.

Gamry Software uses the Framework and Echem Analyst as our software platform.  This provides a common look-and-feel to our software to lower the learning curve.  As a result, moving from one application to another is easy.  The Framework and Echem Analyst are the basis for Open Source Scripting, our solution to the problem of inflexible electrochemical software.  The Framework also includes the Sequence Wizard to easily build sequential combinations of electrochemical experiments.

Gamry Software is compatible with the 32-bit and 64-bit versions of Windows XP ,Vista, and Windows 7.

A brief description of Gamry software is below. Click the System Details icon for more information.  

PWR800™
Electrochemical Energy Software

The PWR800 Electrochemical Energy Software is the only available commercial software for battery, fuel cell, and supercap testing with a research-quality Potentiostat.  The PWR800 includes charge, discharge, and cyclic charge-discharge techniques, as well as cyclic voltammetry.  The PWR800, when running the Reference 3000 Potentiostat with the Auxiliary Electrometer Option, is an especially powerful system.

 

The DC105™ DC Corrosion Techniques Software provides proven electrochemical techniques to investigate corrosion problems, extract mechanistic information, and predict long term corrosion rates from an array of experiments.  The DC105™ runs standard DC corrosion tests such as polarization resistance, cyclic polarization, and galvanic corrosion at the click of a button.  The DC105™ system  provides the high performance and flexibility that you need for electrochemical corrosion measurements today and in the future.  

With the EIS300™, you can use Sub-Harmonic Sampling to measure impedances up to 10¹³ ohms over a frequency range of 10 microHz to 1 MHz.  All the old limitations on EIS systems -- bulkiness, limited high impedance response, high cost -- have been eliminated. The EIS300’s unprecedented power and ease of use will revolutionize the way you conduct EIS measurements.  The EIS300™ runs three different EIS experiments; Potentiostatic EIS, Galvanostatic EIS, and Hybrid EIS, in addition to Mott-Schottky plots. The Echem Analyst makes data analysis easy. Spectra can be fit to standard cell models or special models created with our graphical Model Editor.  Data can be validated with the Kramers-Kronig Transform.

The EFM140 is the first commercial software for Electrochemical Frequency Modulation.  EFM is a technique that is bursting with promise -- corrosion rates can be measured quickly with no need for the Tafel Constants and the data is verified by a causality factor!  AND the Tafel Constants are also calculated during the EFM measurement.  Sound too good to be true?  Take a look at this.

The PHE200 Physical Electrochemistry Software brings a broad repertoire of electrochemical techniques to your laboratory.  These include cyclic voltammetry, linear sweep voltammetry, chronoampeometry, repeating chronoamperometry, multiple step potentiostatic, chronocoulometry, chronopotentiometry, repeating chronopotentiometry, and controlled potential coulometry.   The PHE200 is used to determine redox potentials, reaction mechanisms, chemical concentrations, and kinetic rate constants. Industrial applications include batteries, fuel cells, biological electrochemistry, electrolysis, chemical sensors, and many others.

The PV220 makes square wave, differential pulse, normal pulse, reverse normal pulse, and sampled DC voltammetry available to the Gamry user.  All these techniques can be used in stripping mode.  The PV220 can be used with solid electrodes, rotating electrodes, or mercury electrodes. 

Gamry Potentiostats are inherently computer controlled.  The VFP600 Virtual Front Panel is a software-based front panel for Gamry Potentiostats.  With the VFP600, you can easily and inexpensively use a Gamry Potentiostat to perform simple electrochemical experiments.    

The ESA410 is designed specifically for the acquisition and analysis of time-dependent electrochemical noise signals.  The ESA410 system measures cell voltage and current continuously at rates from 0.1 Hz to 1 kHz for one day, one month, or until the capacity of the host computer's mass storage device, i.e., hard drive, has been reached.   The ESA410 system can be configured as a potentiostat, galvanostat or ZRA.  The ESA410 system offers powerful analysis features such as real time statistical analysis, linear detrending, impedance spectrum, histogram analysis, and more.  

The EN120™ Electrochemical Noise Software is an inexpensive entry into electrochemical noise testing.  EN120™ includes experimental scripts and analysis macros for both potentiostatic and ZRA mode noise experiments.  The EN120 works very nicely with the ECM8 Multiplexer for multiplexed noise experiments.  

The CPT110™ Critical Pitting Temperature Software choreographs the Gamry Potentiostat, TDC4 Temperature Controller, and associated accessories to automatically measure the Critical Pitting Temperature.  Applications for the CPT110™ include materials selection in the chemical process industry, study of bioimplants, alloy ranking, evaluating pitting inhibitors, etc. 

As a result of the interest in using our Potentiostats for unique applications, Gamry Instruments offers the eChemBasic Toolkit to control our Potentiostats in the software environment of your choice.  In most cases, that choice is LabVIEW™. The use of LabVIEW™ and the associated drivers provided by Gamry Instruments allows the user to customize experiments for their unique needs.

The eChemDC Toolkit is a sophisticated package that allows the user complete access to the DC capability of Gamry Potentiostats.  It's perfect for integrating electrochemical capability into an OEM product.

The eChemAC Toolkit gives control of the EIS capability of Gamry Potentiostats to the user.  It's ideal for integrating EIS capability into an OEM product such as a fuel cell test station.

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Last revised on Tuesday, July 13, 2010