We are excited to announce the expansion of our product lineup with the introduction of our Rotating Ring-Disk Electrode (RRDE) and its dedicated controller, along with complementary electrodes and electrochemical cells. Our RRDE is designed for advanced electrochemical research, which would provide precise control for studying reaction mechanisms, catalyst performance, and electron transfer processes.
Alongside the RRDE, the “More Products” section on our website now has an expanded selection of accessories including electrodes, glassware, temperature chamber, and cables that integrate seamlessly with our Squidstats.
Episode 3 of our stop-motion video series is here, and the Squidstat Solvers are back with another practical guide! This time, they tackle a new question: how to connect your leads in a bipolar configuration to enable negative voltages.
For users running cyclic voltammetry on Squidstat Cyclers, accessing negative voltage ranges is essential, especially when investigating cathodic activity. In this episode, the Squidstat Solvers wiggle their way through the setup, showing you how to properly configure a Squidstat Cycler - Base Model for experiments that require both positive and negative voltage control.
With their signature mix of movement and humor, they’ll guide you step-by-step through the process, because sometimes your research needs to go below zero!
Featured Application Note This Month
This month we are featuring a technical application note to assist you in using our most recent offering, RDE/RRDE with Squidstats, titled “Running Rotating Ring Disk Electrode (RRDE) Experiments with Squidstat Potentiostats”.This application note provides step-by-step guidance on how to perform RDE/RRDE measurements using our latest offering, the ADM-ECR-6100, along with two Squidstat potentiostats configured as a bipotentiostat.
This 10-page document outlines step-by-step guidance on connecting leads for use with ADM-ECR-6100, running RRDE experiments within the Squidstat User Interface (SUI), the key grounding considerations, how to determine the theoretical collection efficiency, and details an advanced configuration using a third Squidstat to control rotator speed.
Admiral Instruments proudly serves our customers who are among the millions of scientists, engineers, & technicians around the world using potentiostats and battery cyclers to uncover new ways electrochemistry may benefit us all.
To celebrate how electrochemistry has shaped the past, touches our present-day lives, and influences the future, every month we post five news articles, publications, & trivia related to electrochemistry.
Are you using Squidstat instruments in your research? If so, we would love to showcase your work to our audience of thousands of electrochemistry professionals. This free opportunity only takes about 5 minutes to submit.
Click hereto submit your work and join an upcoming edition of our Squidstat Scientific Spotlight Series.
Upcoming Exhibitions
Please click below to see our full exhibit schedule for 2026.
