Starting with the first electrochemical workstation manufactured by GAMRY in 1989, all products use floating design. GAMRY products feature the industry's highest insulation performance for floating features. The perfect combination with other electronic loads and energy devices demonstrates the floating performance of the GAMRY design.
GAMRY instruments can be designed with software and hardware based on standard experiments to meet experimental requirements and even develop unique test requirements. For all experiments, the software was designed and developed using Gamry's open scripting language ExplainTM.
The exact spectrum of the impedance spectrum gives the accuracy and accuracy performance of the impedance measurement of the electrochemical workstation. The performance of impedance measurements can be compared to any other workstation.
The technical support team consists of first-class electrochemical experts and corrosion scientists. In-depth discussion of product applications, assistance with data analysis, and recommendations for the use of GAMRY instruments.
Gamry has been at the forefront of electrochemical corrosion testing since our inception in 1989. Our customers have told us that ease of use and reduced acquisition time are the most important features for their research.
Gamry’s potentiostats are well suited for battery testing of materials to coin cells and all the way to large format cells. We even have a system for stack testing. All of our potentisotats are electrically isolated from earth-ground.
Gamry provides a suite of flexible electrochemical tools to generate new potential waveforms needed for cutting edge biological applications. From electrical stimulation of whole cells and tissue to bioelectrochemistry, Gamry enables next gen researchers to make accurate electrochemical measurements.
Photovoltaic researchers looking for a complete solution will find Gamry's IMPS/IMVS quite capable of helping the researcher find the answers they need.
Gamry provides several systems for fuel cell development and testing. We also include tools designed to improve data analysis and workup.
Testing for supercapacitors is very similar to testing of batteries, just on a faster time scale. We have a number of recommended setups for the supercapacitor researcher.
Our paints and coatings customers have told us that ease of use and reduced acquisition time are the most important features for their research.
Most sensors are amperometric or impedimetric. Gamry makes it easy for researchers to generate and analyze data from either of these sensors.
Our software toolkits let OEMs take control of our instruments from their own software providing a seamless interface for data acquisition.