Electrochemistry does not have to begin with polishing pads, electrode maintenance, and a cupboard full of glassware.
Modern screen-printed electrodes place an entire three-electrode electrochemical cell onto a single disposable strip, making electrochemistry more accessible, more convenient, and easier to deploy in research and commercial environments.
On 1 December 2026, join Martin Peacock of Zimmer & Peacock for a live, hands-on demonstration of electrochemistry in action. Unlike traditional webinars that rely on presentation slides, this session takes place live at the bench, where attendees will see real electrochemical measurements performed using commercially available instruments and sensors.
Register for a Session
To accommodate attendees from different regions, the webinar will be delivered twice on the same day.
Morning Session
Tuesday, 1 December 2026
08:00-08:30 GMT
👉 Register Here
Morning Session Registration
Afternoon Session
Tuesday, 1 December 2026
16:00-16:30 GMT
👉 Register Here
Afternoon Session Registration
What Are Screen-Printed Electrodes?
Traditional electrochemical measurements are commonly performed using separate working, counter, and reference electrodes housed within a glass cell. While this approach remains important for many applications, it can require significant preparation, cleaning, and maintenance.
Screen-printed electrodes (SPEs) simplify electrochemistry by integrating all three electrodes onto a compact disposable platform. The result is a sensor format that is easy to use, reproducible, cost-effective, and suitable for both laboratory and field applications.
Today, screen-printed electrodes are widely used in:
- Biosensor development
- Point-of-care diagnostics
- Environmental monitoring
- Food and beverage analysis
- Academic research
- Commercial product development
Live Bench Demonstration
This webinar focuses on practical electrochemistry rather than theory alone.
During the session, Martin will demonstrate:
- How screen-printed electrodes are connected and used
- The advantages of disposable three-electrode systems
- Setting up an electrochemical experiment
- Cyclic voltammetry of a standard redox probe
- Collection and interpretation of electrochemical data
- Analysis of a real sample
- Practical techniques for obtaining reliable measurements
Attendees will be able to see the entire workflow from sensor connection through to data collection and interpretation.
Featured Products
SenseItAll (SIA) Generation 4 Potentiostat
The demonstration will use the SenseItAll (SIA), Zimmer & Peacock's compact electrochemical workstation designed for research, education, sensor development, and commercial applications.
Product Information:
SenseItAll (SIA) Generation 4 Potentiostat
Hyper Value 501 Carbon Screen-Printed Electrode
Electrochemical measurements will be performed using the Hyper Value 501 Carbon Screen-Printed Electrode, a disposable three-electrode sensor suitable for a wide range of electrochemical experiments.
Product Information:
Hyper Value 501 Carbon Screen-Printed Electrode
What You'll See
The live demonstration will include:
- Screen-printed electrode setup
- Potentiostat configuration
- Cyclic voltammetry measurements
- Electrochemical data acquisition
- Interpretation of voltammograms
- Real-sample analysis
- Best practices for routine electrochemical testing
Who Should Attend?
This webinar is designed for:
- Researchers
- Scientists
- Engineers
- Students
- Biosensor developers
- Product developers
- Commercial R&D teams
- Academic laboratories
- Anyone interested in practical electrochemistry
Whether you are completely new to electrochemistry or an experienced practitioner looking for a simpler workflow, this session will demonstrate how disposable electrode technology can streamline electrochemical measurements.
Register Today
Choose the session that best matches your time zone and join us for a live demonstration of practical electrochemistry using screen-printed electrodes.
Morning Session (08:00-08:30 GMT)
Register for the Morning Session
Afternoon Session (16:00-16:30 GMT)
[Register for the Afternoon Session](https://events.teams.microsoft.com/event/882cd098-eda7-4d5b-81d4-9e4e5811f96b@1ac2c525-04c2-4a11-a6c9-66e247799315
