Eco Chemie Autolab Potentiostats

Versatile potentiostat/galvanostat electrochemical systems, designed by electrochemists for electrochemists.

High-resolution and computer-controlled they are ideal for a wide range of applications, including fuel cell, battery, biosensors, electroplating, coatings, corrosion and other R&D projects.

With NOVA advance programming and simple communication options, easliy perform techniques such as cyclic voltammetry, impedance spectroscopy, chrono-potentiometry, chrono-amperometry measurements and many others. The modular Autolab PGSTAT systems can grow with your application needs, with options for both low- and high-current measurements, analog and high-speed scans, as well as multiplexing and impedance spectroscopy measurements. Easily create customized programs and analyzing sequences as well as options for control through external SDK software packages

Eco Chemie Autolab systems include:

• NEW PGSTAT101—An affordable potentiostat/galvanostat without compromising on quality and capabilities
• PGSTAT302N—High-performance modular system with 2 A maximum current, 30 V compliance voltage
• PGSTAT128N—Low-current modular system with 800 mA maximum current, 12 V compliance voltage
• PGSTAT100—Specialized modular system with 250 mA maximum current, 100 V compliance voltage
• µAutolab III—Compact dedicated electrochemistry potentiostat/galvanostat with 80 mA and 12 V compliance voltage
• µAutolab III/FRA2—Compact dedicated electrochemical impedance analyzer with 80 mA and 12 V compliance voltage

Optional add-in modules for the PGSTAT 128N, 302N, and 100 models include:

• FRA2 module—For electrochemical impedance analysis Link to FRA/Impedance Bucket
• ECD module—For low-current measurements with resolutions down to 0.3 fA (10-15)
• SCAN250—For measuring with a true analog scan signal sweep
• ADC10M module—For fast sampling rates up to 1 MHz and scanning rates to 250 kV/s
• BA dual mode bipotentiostat module—For second working rotating-ring disk electrode and array for scanning second working electrode
• MultiBA—Additional channels for multiple working electrodes
• EQCM—Integrated Electrochemical Quartz Crystal Microbalance experiments.
• MUX (Multiplexing) modules—For multiple electrode switching
  • Up to 96 complete electrode cells
  • Up to 256 working electrodes
• ECN module—For corrosion electrochemical noise measurements, includes all cables
• FI20 filter and integrator module—For coulometric and chrono-coulometric experiments.
• pX1000 module—For pH, ISE, and temperature measurements
• IME interface—For mercury drop electrodes
• Current boosters 10 A and 20 A—For high-current work