We are pleased to introduce ModuLab - the new gold
standard for electrochemical instrumentation. This
novel system provides the most versatile electrochemical measurement
technology available. It
provides a range of measurements that were not possible before from a single instrument, including real
fA results, ultra-high impedance, ultra-low impedance, and
high cell voltage polarization. It also boasts a best-in-class impedance
measurement system (single
sine, multi-sine / FFT and harmonic analysis across the entire frequency
band, in addition to AC voltammetry
using the full range of techniques).
When asked how ModuLab differs from other systems, Brian
Sayers, Product Manager, explained:
Simply put,
ModuLab will be the most versatile performer on the market and will provide
the electrochemical researcher with multiple techniques and options that
were not available to them
before in one system.” He adds: “This is true modularity, with options
that are designed to work together, and with all its capabilities it is a
very exciting addition to
our product range.”
Some of the applications that will benefit from the power
ModuLab offers are within the field
of high voltage fuel cell and battery test, supercapacitors, nanotechnology,
analytical electrochemistry,
and corrosion research.
To find out how to bring the power of ModuLab to your
specific application area, click here
Solartron Analytical is a world leader in the
development of instrumentation and software for the characterization of
materials and cells using precision electrical measurement techniques,
including
electrical impedance spectroscopy (EIS). These find
particular use in the fields of battery and fuel cell research, dielectric
analysis, electrochemistry, corrosion, sensor development and materials
analysis. Solartron's product portfolio includes industry
standard frequency response analyzers, potentiostats, electrochemical
software (ZPlot and CorrWare) and battery test equipment.
Solartron Analytical designs and manufactures instrumentation for
the rapid and accurate measurement of electrochemical phenomena. Covering DC
and AC electrochemical analysis, the product range includes a variety of
potentiostats/galvanostats, impedance analyzers, multiplexers, and
application specific software (ZPlot and CorrWare).
Solartron Analytical recently introduced the
CellTest multi-channel potentiostat system providing a wide
range of tests on fuel cells, batteries and supercapacitors. These
techniques include high-speed pulse (e.g. for GSM mobile phone
applications), high current tests by connecting floating channels in
parallel and multiple impedance analysis techniques to fully characterize
the complete cell or individual cell anodes and cathodes.
Solartron Analytical also manufactures a range of equipment for the
electrical characterization of materials. The study of frequency related
impedance phenomena as a function of applied AC stimulus, DC bias and
temperature is often essential in materials performance testing.
Solartron’s 1260A Impedance Analyzer is renowned in the
materials research community for its wide impedance range and measurement
accuracy. A materials interface may be added to the system for the analysis
of very high impedance materials.
Solartron Analytical, SIGNAL RECOVERY,
ORTEC, and
Princeton Applied Research are members of the Advanced Measurement Technology Division of
AMETEK, a leading global manufacturer of
electronic instruments and electromechanical devices with
annualized sales of more than $1.8 billion. AMETEK has
approximately 10,000 employees and over 60 sales and service
operations in the United States and more than 30 other
countries.
New
Products!
ModuLab
Powerful modular system for research electrochemistry
more...
Power Boosters Unrivalled, high- performance, accurate impedance measurements. more...
Two New
Technotes
A new era in high performance DC and impedance testing.
more...
A truly versatile DC and Impedance measurement system...
Parallel channel combinations.
more...
Bath Impedance Summer School
Theory and Practice of Electrochemical Impedance Spectroscopy -
15th-18th July 2008
More...
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Fuel Cell Review discusses the use of EIS
to characterize fuel cells.
Find out more...