SPE01 Screen-Printed Carbon Electrode with Ag/AgCl Reference (RE)

$271.00

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SKU: SPE01 Category:
Description

Screen-Printed Electrodes (SPE)

A practical, low-cost, and highly reproducible electrode platform for electrochemical sensing.

Product Introduction

Screen-printed electrodes (SPEs) are essential components of electrochemical sensing systems and are widely used in environmental monitoring,
clinical diagnostics, and food analysis. Compared with conventional rod-type electrodes, SPEs offer clear practical advantages and are an ideal tool
for building electrochemical sensing systems and developing electrochemical sensor platforms.

Electrode Structure of Screen-Printed Electrodes (SPE)
Electrode structure of a typical screen-printed electrode.

Electrode Parameters

Reference Electrode (RE) Silver (Ag)
Substrate Material PET
Electrode Size 12 × 34 mm
Thickness 0.3 mm
Working Electrode Diameter 4 mm
Note: Standard screen-printed electrodes are supplied without surface modification. Users may modify the electrode according to research requirements.
Surface functionalization can tailor the working electrode surface and introduce new electrochemical properties, enabling the electrode to fit different applications.

Traditional vs Screen-Printed Electrochemical Detection System
Traditional electrochemical setup vs. SPE-based electrochemical detection.

Electrochemical Performance

Cyclic Voltammetry (CV) of Screen-Printed Electrodes in Ferricyanide/PBS
Cyclic voltammogram (CV) of screen-printed electrodes in phosphate buffer solution (PBS, 0.2 M, pH 7.4) containing 5.0 mM potassium ferricyanide.
CV of Screen-Printed Electrodes (SPE) in PBS (0.2 M, pH 7.4) solution containing 5.0 mM [Fe(CN)6]3−/4− and 0.1 M KCl.

Compatible Instruments

Compatible Instruments and SPE Connectors/Adapters
Compatible with common electrochemical workstations using SPE connectors/adapters.

Why Choose Screen-Printed Electrodes

Electrochemical detection provides high sensitivity, rapid response, and excellent measurement efficiency. By building electrochemical biosensors,
quantitative analysis of biochemical targets can be achieved with strong accuracy and reproducibility. However, conventional electrochemical detection
systems often involve higher equipment cost, more complex operation, and expensive testing workflows. In contrast, SPE-based experiments are convenient and fast,
improving throughput and making electrochemical testing more practical, scalable, and application-oriented. Developing electrochemical sensing systems based on SPEs
is an important step toward translating laboratory electrochemical detection into real-world and market-ready solutions.

Customization Available

Standard screen-printed electrodes typically integrate a three-electrode system (Working, Counter, and Reference). New electrode configurations and materials
can be customized to match specific research and application requirements.

Customization Workflow
  1. Select suitable electrode substrate materials and conductive electrode materials
  2. Design a rational electrode structure and provide accurate dimensional parameters
  3. Prepare standardized electrode drawings (vector format preferred)
  4. Implement the customized electrode manufacturing plan
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Shipping and Delivery

Worldwide Shipping

Potentiolab ships electrochemical electrodes, electrochemical cells, and laboratory accessories to universities, research institutes, and laboratories worldwide. Orders are shipped primarily via FedEx International Priority (occasionally DHL or UPS) with full tracking. In-stock items are typically dispatched within one business day. Estimated delivery times are 4–6 working days for Asia, 5–7 working days for Europe and North America, and 7–9 working days for other regions. Customs clearance times may vary by country.

Rates, Support & Orders

Shipping fees start from USD 28, with free shipping available on qualifying orders over USD 1800. Prices exclude VAT, customs duties, or local taxes, which are the responsibility of the recipient. For bulk orders, custom electrochemical products, academic discounts, or institutional purchasing requirements, please contact our sales team at sales@potentiolab.com.