Gamry Instruments Introduces a Laboratory Course in Electrochemistry

Gamry Instruments has created a complete Laboratory Course in Electrochemistry designed to introduce electrochemistry techniques in one semester
Gamry Instruments has introduced a full semester Electrochemistry Course, the first of its kind in the industry. Gamry’s Laboratory Course in Electrochemistry includes everything needed to introduce the undergraduate to present–day techniques of modern electrochemistry. The course consists of all specialized electrochemical instrumentation and accessories necessary to run the experiments presented in the included lab manual and to set up a complete electrochemistry laboratory for the course.
In the past all necessary equipment needed to support the study of electrochemistry was purchased from several different vendors. This ground-breaking Laboratory Course in Electrochemistry offers everything needed to complete the experiments designed in the Lab Manual. All data-collection, analysis, and questions are on pages separate from the background and procedure so they can be torn out from the book and handed in with graphs and plots that the student generates. The corresponding Instructor’s Manual includes the desired data analysis.
Cynthia A. Schroll, co-author of Introduction to Experimental Electrochemistry and Product Marketing Specialist at Gamry Instruments, stated, “Here at Gamry Instruments we recognize that electrochemistry is a large market from biosensors, like glucose meters, to degradation of infrastructure, like corrosion of bridges and railways, and yet the teaching of this science rarely goes beyond redox reactions and the Nernst Equation in General Chemistry. This lack of education has left students and professionals ill-prepared to tackle these and future challenges. To cover this gap we have developed the Laboratory Course in Electrochemistry to help students by introducing them to the most useful research techniques for application areas such as Analytical Chemistry, Biosensors, and Corrosion Science. We are excited by this opportunity to impact the generation of scientists who will be facing our next great challenges.”
A new website, echem101.gamry.com, has been created for this course kit with details of what’s included. Users can download sample experiments featured in the included Lab Manual, view a complete list of what Gamry Instruments supplies with the course, a Course Overview, and you can view a video to learn more about the course.
Gamry Instruments has been creating electrochemical instrumentation since 1989. Their simple goal is for every user to be satisfied with their Gamry Instrument. It’s the people at Gamry that truly make the difference with their support staff of electrochemists who are always available to discuss applications and assist with data analysis.
For more information on the revolutionary Laboratory Course in Electrochemistry, please visit echem101.gamry.com or contact Cynthia A. Schroll at 215.682.9330, Ext 157.

om our start we have created instruments with uncommon value and performance. Our ground-breaking design made computer-controlled potentiostats more available than ever. Our software was the first to be available on Microsoft™ Windows, and allowed unprecedented customization of the experiments using EXPLAIN™, our experimental control language. Utilizing state of the art digital signal processing, we were the first instrument company to use sub-harmonic sampling on our full line of instruments. This technology allows Gamry instruments to make Electrochemical Impedance measurements without the need for additional hardware. In addition to exceptional performance, we also pay attention to physical instrument design. We maximize the use of surface mount components with state of the art circuit board layout to minimize instrument size and increase long term reliability. All of Gamry’s instruments are also ecologically friendly. We make extensive use of highly recyclable aluminum and use completely lead free circuit board assemblies.

734 Louis Drive
Warminster, PA 18974

This release was published on openPR.