Get Quote

Contact us now to receive a detailed quotation.

Need quick help? Chat with us on WhatsApp:

WhatsApp QR Code

OR

Electrode Configuration

Maximum Potential Range

Maximum Current

Compliance Voltage

Potentiostat Rise Time

Potentiostat System

Labmate Potentiostat System measures advanced electrochemical testing system with high-speed range for scanning. These feature durable construction and are energy-efficient with programmable potential. They involved with large CV scan rates with different floating or grounded modes. Built with large screen digital display for monitoring different changing parameters. Our Potentiostat System is ideal in academia, research labs, and industrial applications.

Potentiostat System LMPST-A100

  • Electrode Configuration: 2-, 3-, and 4-electrode
  • Maximum Potential Range: ±10 V
  • Maximum Current: ±250 mA
  • Compliance Voltage: ±13 V
  • Potentiostat Rise Time: Less than 1 μs

$ 16100 / Each of 1

Potentiostat System LMPST-A101

  • Electrode Configuration: 2-, 3-, and 4-electrode
  • Maximum Potential Range: ±10 V
  • Maximum Current: ±250 mA
  • Compliance Voltage: ±13 V
  • Potentiostat Rise Time: Less than 1 μs

$ 11725 / Each of 1

Potentiostat System LMPST-A102
  • Electrode Configuration: 2-, 3-, and 4-electrode
  • Maximum Potential Range: ±10 V
  • Maximum Current: ±250 mA
  • Compliance Voltage: ±13 V
  • Potentiostat Rise Time: Less than 1 μs

$ 18322.5 / Each of 1

Potentiostat System LMPST-A103
  • Electrode Configuration: 2-, 3-, and 4-electrode
  • Maximum Potential Range: ±10 V
  • Maximum Current: ±250 mA
  • Compliance Voltage: ±13 V
  • Potentiostat Rise Time: Less than 1 μs

$ 17587.5 / Each of 1

Potentiostat System LMPST-A104

  • Electrode Configuration: 2-, 3-, and 4-electrode
  • Maximum Potential Range: ±10 V
  • Maximum Current: ±250 mA
  • Compliance Voltage: ±13 V
  • Potentiostat Rise Time: Less than 1 μs

$ 19775 / Each of 1

Selection Guide for Potentiostat System

When selecting Potentiostat System, it is important to consider key performance specifications that align with the intended electrochemical application. This system supports flexible electrode configurations 2-, 3-, and 4-electrode setups, making it suitable for a wide range of research and testing environments, including corrosion studies, battery testing, and biosensor development. The maximum potential range of ±10 V enables the application of a broad voltage window for various electrochemical techniques. A maximum current output of ±250 mA ensures compatibility with experiments requiring moderate current loads, while the compliance voltage of ±13 V guarantees proper control of the cell potential even under high-resistance conditions. Additionally, the potentiostat rise time of less than 1 μs ensures fast and accurate signal response, essential for high-speed measurements such as cyclic voltammetry and impedance spectroscopy. These specifications guide customers in selecting a potentiostat tailored to their experimental needs and precision requirements.