CS300M Potentiostat/Galvanostat (Without EIS) – Single-Channel Electrochemical Workstation

CS300M Single-Channel Potentiostat/Galvanostat for Routine Electrochemistry The CS300M electrochemical workstation is a laboratory potentiostat/galvanostat designed for reliable DC electrochemical measurements where electrochemical impedance spectroscopy (EIS) is not required. It combines a digital waveform generator with high-speed acquisition electronics to control electrode potential or current and record the electrochemical response with strong stability—ideal for routine methods in corrosion, electroanalysis and battery cycling. Principle of operation In potentiostatic mode, the CS300M precisely controls the working electrode potential versus a reference electrode and measures current at the counter electrode. In galvanostatic mode, it controls current and measures the resulting potential response—supporting common 2-, 3- or 4-electrode configurations. Key specifications and features Potential control range: ±10 V Current control range / max output: up to ±2 A (multi-range down to nA levels) Compliance voltage: ±21 V Potential resolution: down to a few µV (frequency dependent) Data acquisition: high-speed digitisation for transient and scan techniques Connectivity & software: USB control with PC software on Windows Supported techniques (selected) OCP, potentiostatic I–t, galvanostatic steps CV, LSV, staircase voltammetry DPV, SWV, NPV and stripping variants Corrosion methods: Tafel/potentiodynamic, LPR, cyclic polarisation, EN, ZRA Battery DC tests: galvanostatic charge/discharge, GITT/PITT-style workflows Typical applications Corrosion and pitting potential screening, inhibitor/coating evaluation, electrochemical sensors, trace analysis via stripping voltammetry, and battery/supercapacitor DC cycling. Why choose ScienceGears (AU & NZ) ScienceGears supports CS300M users with local application guidance and system matching—pair it with compatible electrochemical cells, electrodes and accessories, or step up to EIS-capable potentiostats and current booster modules when your research requires higher power or frequency-domain analysis.