Modular and scalable instruments.
An instrument for every possible need
Potentiostat/Galvanostat.
Build the potentiostat you need: choose a form factor, design your initial configuration, and customize your instrument as your research needs grow.
-
Manages device connections Enables channel management
-
200µs sampling rate, 20µs acquisition time 6 current ranges, down to 10µA (±20 nA) and up to 1A
-
EIS up to 1MHz
-
Current up to 800 A
-
Stack measurement are made easier Voltage up to 60V
Facilitate transportability with single channel chassis (1-2 channels)
Save space with vertical multi-channel chassis (up to 6-8 channels)
Horizontal multi-channel chassis is adapted for intense usage (up to 16 channels).
Different form factors facilitate transportability, with single channel chassis (1-2 channels), or saving space, with vertical multi-channel chassis (6-8 channels). The horizontal multi-channel chassis is adapted for intense usage (up to 16 channels).
The communication board manages device connections (USB and/or Ethernet connectivity) while enabling channel management (synchronizing, grouping or enabling bipotentiostat configuration)
Choose between Essential or Premium range.
- Essential
- Premium
- Curent ranges
-
6 current ranges, down to 10 µA (±20 nA) and up to 1 A.
Up to 800 A with external boosters -
9 current ranges, down to 10 nA (±100 pA) and up to 1 A.
13 current ranges option and down to 1 pA (±100 fA) with Ultra-low current option
Up to 150 A with internal boosters - Sampling rate
- 200 µs sampling rate, 20 µs acquisition time.
- 200 µs sampling rate, 12 µs acquisition time. Sampling rate as fast as 1 data poin
- EIS
- EIS up to 1 MHz
- EIS up to 7 MHz
- Stack measurement
- Stack measurements are made easier with SAM-50, up to 60 V
- Not available
- Calibration
- Basic calibration
- The calibration board for Premium potentiostat ensures measurement stability over time, through a simple check process.
Why choose BioLogic Potentiostat/Galvanostat?
EIS expertise
EIS Quality Indicators: BioLogic is the only supplier to use quantitative quality indicators, resulting in information that is more precise, more trustworthy. Sensitivity factors: a tool to help optimizing the equivalent circuit. Impedance fitting tool ZFit gives a rank for each element of the equivalent circuit to weight its contribution at each frequency. GEIS-AA technique: enables to avoid non-linear behavior for time-variant systems (AA meaning amplitude adaptation).
Modular ranges
Modular design ensures that potentiostats grow with your research needs (upgradable in-situ). Boosters: Parallelize boosters, benefits from autoranging for Premium potentiostats. Current range can be extended up to 800 A with Boosters with the Essential range instruments.
ULC option: add a cable with a high sensitivity electrometer in-line and go down pA.
High-speed CC-CV shift
Unique design that enables an ultra-fast shift from Galvanostat mode to potentiostat mode to perform the best CC-CV technique, avoiding any transient phenomena on the battery. Fastest one on the market.
High-precision calculation
Data of interest are directly process in the firmware, allowing a better accuracy as the frequency calculation is related to time base instead of sampling rate as data are sent to the computer. Time base of BioLogic instrument is 200 µs for all techniques.
Potential control
Choose Ewe-Ece potential control to control potential between positive and negative electrodes. All different potentials are measured and can be checked (Ewe, Ece, Ewe-Ece).
Electrodes connection mode
Multi-electrode measurements with a unique dedicated connection mode, the so-called CE to GND mode). For permeation measurements (two cells sharing the same working electrode), the WE to GND (available for the Premium range instruments). Possibility to connect CE to GND.
Ohmic drop compensation
When ohmic drop is an issue, IR compensation corrects the response obtained from the system, including in galvanic mode. Several techniques are available to measure and correct the over-potential, it can be compensated either by the software or the hardware.
5 wires connection
BioLogic potentiostats have at least 4 cables: 2 power cables and 2 (or 3) senses to ensure a good control and measurement with a 4-point measurements.
Calibration
The combination of built-in calibration board for Premium potentiostats and integrated calibration software in EC-Lab® allows for routine verification of system performance, helping identify any drift in measurement accuracy over time. Cable effects are compensated by factory calibration.
Frequency Response Analyzer.
Discover our high-frequency Frequency Response Analyzer specifically designed for electrical characterization of materials.
Why choose BioLogic impedance analyzer?
Versatility
Our solution is adapted for the electrical characterization of materials of various materials types (polymers, ceramics, composites, ionic liquids, gels, etc) in a controlled environment, temperature and pressure.
Fully integrated solution
The solution comprises an MTZ-35 impedance analyzer, several Temperature Control Unit, several sample holders and MT-Lab® software.
High precision
Benefit from a wide frequency range (10 µHz – 35 MHz) and high-levels of accuracy (0.1% amplitude, 0.05% phase) with the MTZ-35 Impedance Analyzer.
