The Ultimate High-Power, High-Resolution Potentiostat for Advanced Electrochemical Research


High-End Performance Meets Integrated Impedance Analysis

The IviumStat stands out as a high-end, high-power potentiostat, distinguished by its exceptionally high 24bit resolution. This unique feature renders the instrument ideally suited for a broad spectrum of applications that demand a wide dynamic range

 Whether it's for intricate research purposes, detailed corrosion analysis, or comprehensive testing of batteries, fuel cells, and electrolysers, the IviumStat is equipped to handle the complexity and precision required in these diverse fields.

Applications of IviumStat  

The IviumStat's advanced capabilities make it an ideal choice for a diverse range of electrochemical applications:

  • Research: Delve into complex electrochemical studies with high precision and reliability.
  • Corrosion Testing: Conduct in-depth corrosion analysis with detailed data and insights.
  • Battery/Fuel Cell/Electrolyser Testing: Utilize its high resolution and dynamic range for thorough testing and analysis in energy storage and conversion systems.
  • Bio- and Nano-Electrochemistry: Explore the frontiers of bioelectrochemistry and nanotechnology with the capability to conduct ultra-sensitive measurements.

The IviumStat represents a pinnacle in electrochemical instrumentation, offering researchers and scientists a powerful tool for a wide array of applications. Its combination of high-end power, exceptional resolution, and integrated impedance analysis, along with the flexibility to interface with various peripherals, positions the IviumStat as a key instrument in advancing electrochemical research. Whether for fundamental studies or applied research, the IviumStat is designed to deliver results with unmatched precision and versatility.

I Want It

IviumStat, a high-end, high-power potentiostat

Key Specifications

Electrode Configuration Options

Choose between 4 or 5 electrodes configurations, including WE, CE, RE, S (and GND), or an additional WE2, to facilitate all electrochemical applications. This versatility makes it perfect for bi-potentiostat tests and other advanced electrochemical experiments.

High-Resolution Analysis

The 24bit resolution of the IviumStat enhances its capability to perform highly accurate and detailed measurements, crucial for sophisticated electrochemical research.

Peripheral I/O Capabilities

The instrument comes with several peripheral analog/digital I/O options, ensuring seamless external interfacing. This feature enhances compatibility with various Ivium modules, expanding the range of possible applications.

EIS up to 8MHz

Included integrated impedance analyser FRA / EIS 10µHz to 8MHz

High data acquisition rate

Acquisition up to 300,000 pnts/s

Minimum interval time: 3.33µs (0.125µs resolution). 

Applicable scanrates: 1µV/s to 10,000V/s

  • Current compliance: ±5A / ±2A
  • Maximum compliance voltage: ±10V / ±50V 
  • Maximum applied voltage: ±10V below 1A, and ±8V up to 5A / ±50V 
  • Electrode connections: 4; WE, CE, RE, S (and GND) with 4mm banana plugs
  • Potentiostat bandwidth: 8MHz
  • Stability settings: High Speed, Standard and High Stability
  • Programmable response filter: 1MHz, 100kHz, 10kHz, 1kHz, 10Hz 
  • Signal acquisition: Dual channel 24bit ADC, 100,000 samples/s
  • Max. applied potential range: ±10V
  • Applied potential resolution: 0.02mV(20bits)
  • Applied potential accuracy: 0.2%, or 1mV
  • Current ranges: ±1pA to ±10A 
  • Measured current resolution: 0.00001% of current range, minimum 0.6aA
  • Measured current accuracy: 10pA + 0.025% of FSR
  • Applied current resolution: 0.00013% of applied current range
  • Applied current accuracy: 0.2%
  • Galvanostatic current ranges: ±100pA to ±10A
  • Potential ranges: ±1mV, ±4mV, ±10mV, ±40mV, ±100mV, ±400mV, ±1V, ±4V, ±10V, ±50V
  • Measured potential resolution: 0.00001% of potential range, minimum 0.15nV
  • Measured potential accuracy: 0.2% or 1mV
  • Frequency range: 10µHz to 8MHz
  • Amplitude: 0.015mV to 1.0V, or 0.03% to 100% of current range
  • DC offset: 16bit DC offset subtraction and 2 DC-decoupling filters
  • Dynamic Range: 0.05nV to 10V, and 0.2aA to 5A / 2A
  • Input impedance: >1000Gohm //<8pF
  • Input bias current: <10pA 
  • Bandwidth: 16MHz
  • Ohmic drop compensation: 2V/current range, 16bits resolution
  • 8/2 Analog in/out: 0 to +4V, 16bit resolution
  • 2/3 Digital input/output: 2 input (0-5V) / 3 output (0-3.3V)
  • I-out/E-out: Analog monitor for cell current and potential
  • AC-out: ±0.5V sinewave 10µHz-8MHz with variable attenuation
  • Channel-X input, Channel-Y input: ±4V to record impedance from peripheral devices
  • Power requirements: 100-240V, 45-63Hz, 150VA / 300VA
  • Interfacing: USB
  • Dimensions: 26 x 33 x 12 cm
  • Weight: 4.2kg
  • PC Requirement:  Windows 8/10/11, with free USB port

Iviumsoft: all you need in a single suite

Ivium provides outstanding software to match every research application. IviumSoft intuitive software suite is feature-rich and is common to all of our instruments. It comprises several operation modes which offers one complete powerful and versatile package of control and analysis software, suitable for any Windows operated system. It is free with each instrument with unlimited installs.

IviumSoft can also interface with and be controlled from LabVIEWTM, C++, Delphi, etc. A full suite of IviumSoft is included with each instrument as standard.

Explore IviumSoft

Included applications:

  • IviumSoft:
    User interface for single and multichannel instrument control, electrochemical method selection and composition, data display and analysis.

  • CycliScan:
    Intuitive and easy linear battery testing protocol builder, with real-time interactive user control, safety settings, cycling protocol, drive cycle import.

  • Multichannel Mode (MC Mode): 
    Clear and simple control of up to 100s of channels simultaneously with only a few mouse clicks.

  • IviLAB: 
    Advanced and versatile data plotting for all your battery data, for all your channels, real time, with your choice of graphs and representation, charge-discharge • capacity vs. cycle nr. • EIS fit • charge efficiency • etc.

  • Batch Mode: 
    Using Batch Mode, the operator can automate complex measurement sequences, and interface to external equipment for process automation.