Electrochemical Workstations | Sciencetech Inc.
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    Electrochemical Workstations

    Potentiostats
    Addons Cards
    External Potentiostats
    Probes
    Multiplexers
    Extension and Cell Kits
    Photoelectrochemistry & Photovoltaic
    Electronic Loads
    Upgrades

    Zahner Electrochemical Instruments

    High Quality Expert Instruments

    A Potentiostat is used in with a three electrode cell to perform a myriad of electrochemical experiments, ranging from measuring half-cell potentials, impedance spectroscopy, redox chemistry, and chemical phenomena. These experiments are relevant for corrosion studies, battery chemistry development, materials characterization and more. 

    Sciencetech is pleased to represent Zahner in Canada. With 40 years of experience in the field, Zahner’s high-quality electrochemical instruments are backed by years of expertise. Zahner’s systems are an excellent choice for many applications such as corrosion testing, photoelectrochemistry, fuel cell testing, and Li-ion battery testing .

    Zahner potentiostats are designed to provide the highest level of performance in electrochemical experiments and have been proven to be precise and versatile devices for any kind of electrochemical application. Zahner potentiostats can be equipped with multiple plug and play add-on cards, which introduce additional analog and digital input/output signals. This modular function makes Zahner's potentiostats very flexible and allows the possibility to customize the potentiostat to suit the needs of its users. 

    Zahner Zennium X

    Zennium

    Electrochemical Workstation


    The core of the Zahner instrumentation is an electrochemical workstation. With the Zennium, Zennium E, Zennium-pro, and Zennium-X, there is a workstation available to support the most advanced techniques, as well as a cost-effective option for more straightforward applications. Supported by the Thales software, many different techniques can be accessed from the same software interface, making the Zahner line convenient and easy to use.

    With modular components to add on, accessories for your specific technique can be simply and easily added to your workstation, customizing your setup for your specific requirements.

    CIMPS Instruments

    Photoelectrochemistry


    For photoelectrochemistry, the CIMPS instruments are a powerful choice. With a light source included and kept stable by a control loop, considerations such as non-linearity, ageing, and temperature drift no longer need be considered. The package includes the light source (driven by an included slave potentiostat), optical bench, photoelectrochemical cell, and all required software. For QE and IPCE measurements, consider the CIMPS-QE/IPCE package, including all necessary components to collect QE and IPCE measurements from your sample.

    The Zahner CIMPS measurement system has been designed with focus on the special demands of dynamic photo-electric investigations like IMPS and IMVS, popular today for instance in alternative solar cell research. Besides all traditional electrochemical investigations supported by THALES - like impedance measurements, cyclic voltammetry, current-potential curves, etc. - now mixed photo electric transfer functions, known as Intensity Modulated Photo Spectra(IMPS/IMVS), can be measured. 

    Zahner CIMPS

    Electrochemical Workstation Models

    Product Comparison

    With the following electrochemical workstations available as a base, you can perform many measurements with the workstation alone or choose add-ons to customize your capabilities for your specific requirements:

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    The XPOT2 as a high precision auxiliary potentiostat adds an additional channel to the ZENNIUM series potentiostat for bi-potentiostat functionality. The combination of ZENNIUM and XPOT2 enables rotating ring disk electrode (RRDE) measurements or hydrogen permeation in Devanathan cells. The XPOT2 provides up to ±500 mA output current and up to ±25 V compliance voltage. The XPOT2 contains 9 current ranges which enable it to carry out outstandingly precise and accurate measurements.

    In addition, the XPOT2 potentiostat can also be used as a standalone potentiostat and can be controlled by Zahner-Lab.

    The Zahner's potentiostats can be incorporated in a Python lab environment and can be used as stand-alone or in multi-channel configurations. A GitHub repository with examples is available for developing Python applications.

    -Standalone operation and possible integration in a Python work environment
    -Extension for bipotentiostat applications

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    The XPOT2 as a high precision auxiliary potentiostat adds an additional channel to the ZENNIUM series potentiostat for bi-potentiostat functionality. The combination of ZENNIUM and XPOT2 enables rotating ring disk electrode (RRDE) measurements or hydrogen permeation in Devanathan cells. The XPOT2 provides up to ±500 mA output current and up to ±25 V compliance voltage. The XPOT2 contains 9 current ranges which enable it to carry out outstandingly precise and accurate measurements.

    In addition, the XPOT2 potentiostat can also be used as a standalone potentiostat and can be controlled by Zahner-Lab.

    The Zahner's potentiostats can be incorporated in a Python lab environment and can be used as stand-alone or in multi-channel configurations. A GitHub repository with examples is available for developing Python applications.

    -Standalone operation and possible integration in a Python work environment
    -Extension for bipotentiostat applications

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 5,473.00 5473.0 USD
    Price Valid only in North America

    The Zahner PAD4 card provides 4 additional voltage or current input channels which can be used for parallel DC or EIS measurements on segments connected in series. The PAD4 card is an optimal addition to the ZENNIUM potentiostat for stack measurements or segmented cells.

    The PAD4 card is used in the fuel cell, electrolyzer stack and battery-pack investigations. In addition, it is used in measurements involving a reference electrode in a 3-electrode cell connection scheme.

    Parallel EIS measurements on each segment in a stack enable highly detailed measurement system behavior either in-plane or throughout the stack. Up to 17 EIS signals can be recorded in a frequency range of 10 µHz to 250 kHz. 18-bit AD converters ensure high-quality EIS data.

    Overview of PAD4 card variants:
    PAD4-HC: for investigation of individual cells in a stack of up to ±100V
    PAD4-LC: for investigation of segmented cells in a stack of up to ±25 V
    PAD4-HZ: for investigation of batteries with high-resistance reference electrodes or high-resistance objects

    -Parallel EIS stack measurements
    -Up to 17 channels for ZENNIUM X
    -Up to 5 channels for ZENNIUM PRO
    -Customizable voltage range for PAD4 channels
    -Incorporated with external potentiostats and electronic loads
    -3 different models for stacks and segmented cells

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    The Zahner PAD4 card provides 4 additional voltage or current input channels which can be used for parallel DC or EIS measurements on segments connected in series. The PAD4 card is an optimal addition to the ZENNIUM potentiostat for stack measurements or segmented cells.

    The PAD4 card is used in the fuel cell, electrolyzer stack and battery-pack investigations. In addition, it is used in measurements involving a reference electrode in a 3-electrode cell connection scheme.

    Parallel EIS measurements on each segment in a stack enable highly detailed measurement system behavior either in-plane or throughout the stack. Up to 17 EIS signals can be recorded in a frequency range of 10 µHz to 250 kHz. 18-bit AD converters ensure high-quality EIS data.

    Overview of PAD4 card variants:
    PAD4-HC: for investigation of individual cells in a stack of up to ±100V
    PAD4-LC: for investigation of segmented cells in a stack of up to ±25 V
    PAD4-HZ: for investigation of batteries with high-resistance reference electrodes or high-resistance objects

    -Parallel EIS stack measurements
    -Up to 17 channels for ZENNIUM X
    -Up to 5 channels for ZENNIUM PRO
    -Customizable voltage range for PAD4 channels
    -Incorporated with external potentiostats and electronic loads
    -3 different models for stacks and segmented cells

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 5,153.00 5153.0 USD
    Price Valid only in North America

    Zahner's CIMPS is a highly dynamic LED-based system with an active light feedback loop that ensures a controlled and constant light intensity during the photoelectrochemical or photovoltaic measurements. Fast light sources enable dynamic photoelectrochemical measurements like IMPS/IMVS. The robust control of light intensity allows accurate IMPS/IMVS measurements, giving the system its iconic name ""controlled intensity-modulated photo spectroscopy (CIMPS)"". Further information on our light feedback loop and its benefits is provided in the manuscript ""C in CIMPS"".

    CIMPS-pro Photo-Electrochemical Workstation
    -Zennium pro workstation
    -Frequency range: 10 µHz to 8 MHz
    -Max. current: ± 3 A
    -Controlled voltage: ± 15 V / ± 5 V
    -Compliance voltage: ± 28 V
    -HDP technology for outstanding dynamic accuracy
    -ADF technology for high-precision high-speed CV (option)
    -Floating & grounded mode switchable
    -5 slots for additional hardware modules
    -EPC42 extension card for controlling PP212
    -LED potentiostat: PP212
    -Current range: ± 10 A
    -Voltage range: ± 20 V
    -Frequency range: DC - 200 kHz
    -LDA2 Light source setup
    -Optical bench
    -Calibrated feedback sensor
    -LSW-1 plug-in LED
    -CIMPS aligner bar
    -ThalesXT software package
    -TestBox, SIMPECC, CIMPS cable set, calibration data
    -System is controlled by a Windows8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    Zahner's CIMPS is a highly dynamic LED-based system with an active light feedback loop that ensures a controlled and constant light intensity during the photoelectrochemical or photovoltaic measurements. Fast light sources enable dynamic photoelectrochemical measurements like IMPS/IMVS. The robust control of light intensity allows accurate IMPS/IMVS measurements, giving the system its iconic name ""controlled intensity-modulated photo spectroscopy (CIMPS)"". Further information on our light feedback loop and its benefits is provided in the manuscript ""C in CIMPS"".

    CIMPS-pro Photo-Electrochemical Workstation
    -Zennium pro workstation
    -Frequency range: 10 µHz to 8 MHz
    -Max. current: ± 3 A
    -Controlled voltage: ± 15 V / ± 5 V
    -Compliance voltage: ± 28 V
    -HDP technology for outstanding dynamic accuracy
    -ADF technology for high-precision high-speed CV (option)
    -Floating & grounded mode switchable
    -5 slots for additional hardware modules
    -EPC42 extension card for controlling PP212
    -LED potentiostat: PP212
    -Current range: ± 10 A
    -Voltage range: ± 20 V
    -Frequency range: DC - 200 kHz
    -LDA2 Light source setup
    -Optical bench
    -Calibrated feedback sensor
    -LSW-1 plug-in LED
    -CIMPS aligner bar
    -ThalesXT software package
    -TestBox, SIMPECC, CIMPS cable set, calibration data
    -System is controlled by a Windows8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 31,717.00 31717.0 USD
    Price Valid only in North America

    The MIO addon card provides four analog output channels with a voltage range of ±10 V. In addition the MIO card is also equipped with four isolated digital input and four isolated digital relay output channels. The MIO addon card is used to receive and send trigger signals between the ZENNIUM potentiostats and a third party device.

    -Remote Integration possible
    -Can be controlled in Thales or script software

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    The MIO addon card provides four analog output channels with a voltage range of ±10 V. In addition the MIO card is also equipped with four isolated digital input and four isolated digital relay output channels. The MIO addon card is used to receive and send trigger signals between the ZENNIUM potentiostats and a third party device.

    -Remote Integration possible
    -Can be controlled in Thales or script software

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 1,200.00 1200.0 USD
    Price Valid only in North America

    Zahner's TEMP-U2 enables the temperature measurements by direct connection of two thermocouples. Two additional voltage input channels are available and provide the opportunity to record additional variables during the electrochemical measurement. For example, the voltage channels can be configured with a pH electrode or a pressure chamber to record the pH value or chamber pressure during the measurement.

    Unless otherwise requested, the TEMP-U is delivered pre-configured for two NiCrNi (type K) thermocouples and two voltage inputs in the range of ±8 V.

    -2 thermocouple inputs
    -2 analog voltage inputs

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    Zahner's TEMP-U2 enables the temperature measurements by direct connection of two thermocouples. Two additional voltage input channels are available and provide the opportunity to record additional variables during the electrochemical measurement. For example, the voltage channels can be configured with a pH electrode or a pressure chamber to record the pH value or chamber pressure during the measurement.

    Unless otherwise requested, the TEMP-U is delivered pre-configured for two NiCrNi (type K) thermocouples and two voltage inputs in the range of ±8 V.

    -2 thermocouple inputs
    -2 analog voltage inputs

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 1,328.00 1328.0 USD
    Price Valid only in North America

    Electrochemical Workstation

    The Zennium pro is a modular electrochemical workstation including a potentiostat / galvanostat and a frequency response analyzer (FRA) unit with a frequency range up to 8 MHz at ±3 A and at a compliance voltage of up to ±28 V. With an input impedance of more than 10 TΩ || 5 pF the workstation is suitable for a wide range of electrochemical tasks.

    The electrochemical measurement capabilites of the ZENNIUM pro workstation can be extented by adding up to five additional plug-in cards such as TEMP/U or EPC42. For example, the latter makes it possible to control up to four additional external devices such as power potentiostats of the PP/XPot-series (boosters) or electrical loads of the EL-series. Thus, our Zennium pro electrochemical workstation is able to provide even more advanced measurement methods and allows us to satisfy any of your electrochemical research requirements.

    Frequency range: 10 μHz to 8 MHz
    Max. current: 3 A
    Controlled voltage: 15 V / 5 V
    Compliance voltage: 28 V
    HDP technology for outstanding dynamic accuracy
    ADF technology for high-precision/high-speed CV (option)
    Floating & grounded mode switchable 5 slots for additional hardware modules
    Accessories: TestBox, cell cable set, calibration data
    ThalesXT software package
    System is controlled by a Windows7/8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    Electrochemical Workstation

    The Zennium pro is a modular electrochemical workstation including a potentiostat / galvanostat and a frequency response analyzer (FRA) unit with a frequency range up to 8 MHz at ±3 A and at a compliance voltage of up to ±28 V. With an input impedance of more than 10 TΩ || 5 pF the workstation is suitable for a wide range of electrochemical tasks.

    The electrochemical measurement capabilites of the ZENNIUM pro workstation can be extented by adding up to five additional plug-in cards such as TEMP/U or EPC42. For example, the latter makes it possible to control up to four additional external devices such as power potentiostats of the PP/XPot-series (boosters) or electrical loads of the EL-series. Thus, our Zennium pro electrochemical workstation is able to provide even more advanced measurement methods and allows us to satisfy any of your electrochemical research requirements.

    Frequency range: 10 μHz to 8 MHz
    Max. current: 3 A
    Controlled voltage: 15 V / 5 V
    Compliance voltage: 28 V
    HDP technology for outstanding dynamic accuracy
    ADF technology for high-precision/high-speed CV (option)
    Floating & grounded mode switchable 5 slots for additional hardware modules
    Accessories: TestBox, cell cable set, calibration data
    ThalesXT software package
    System is controlled by a Windows7/8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 20,256.00 20256.0 USD
    Price Valid only in North America

    CIMPS-QE/IPCE is an extended CIMPS system with the capability to measure quantum efficiency (QE) or incident photon to current efficiency (IPCE). The CIMPS-QE/IPCE extension consists of an easily mountable and portable tuneable light source (TLS). The TLS contains dynamic LEDs, a monochromator and a feedback control which allow accurate light illumination during the measurements without any warm up time.

    Multiple LEDs in the TLS provide higher light intensity across the broad wavelength range and longer operational lifetime as compared to any traditional Xe-lamp. This high light intensity is crucial for IPCE measurements on DSSC, perovskites or organic solar cells or photoelectrodes.

    Like the modular LEDs used in the CIMPS system, the TLS is also able to carry out sine-wave modulation for IPCE measurements and does not require a mechanical chopper. During IPCE measurements, a special indicator is also provided which indicates if the measurement parameters are optimum for IPCE measurement or not. Further information about IPCE measurement is provided in our application note CIMPS-IPCE.

    Fully Integrated QE/IPCE Photo-Electrochemical Workstation
    -Zennium pro workstation
    -Frequency range: 10 µHz to 8 MHz
    -Max. current: ± 3 A
    -Controlled voltage: ± 15 V / ± 5 V
    -Compliance voltage: ± 28 V
    -HDP technology for outstanding dynamic accuracy
    -ADF technology for high-precision/ high-speed CV (option)
    -Floating & grounded mode switchable
    -5 slots for additional hardware modules
    -EPC42 extension card for controlling PP212
    -LED potentiostat: PP212
    -Current range: ± 10 A
    -Voltage range: ± 20 V
    -Frequency range: DC - 200 kHz
    -LDA2 Light source setup
    -Optical bench
    -Calibrated feedback sensor
    -LSW-1 plug-in LED
    -CIMPS aligner bar
    -Tunable light source TLS03
    -Wavelength range: 365-1020 nm
    -typ. res.: 1 nm@430-720 nm, 15 nm@365-420 nm, 40 nm@735-1020 nm
    -typ. line width: 10 nm@365-720 nm, 50 nm@735-1020 nm
    -Calibration for 1 mm distance
    -Calibration for PECC-2 required, optional
    -ThalesXT software package
    -TestBox, SIMPECC, CIMPS cable set, calibration data
    -System is controlled by a Windows8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    CIMPS-QE/IPCE is an extended CIMPS system with the capability to measure quantum efficiency (QE) or incident photon to current efficiency (IPCE). The CIMPS-QE/IPCE extension consists of an easily mountable and portable tuneable light source (TLS). The TLS contains dynamic LEDs, a monochromator and a feedback control which allow accurate light illumination during the measurements without any warm up time.

    Multiple LEDs in the TLS provide higher light intensity across the broad wavelength range and longer operational lifetime as compared to any traditional Xe-lamp. This high light intensity is crucial for IPCE measurements on DSSC, perovskites or organic solar cells or photoelectrodes.

    Like the modular LEDs used in the CIMPS system, the TLS is also able to carry out sine-wave modulation for IPCE measurements and does not require a mechanical chopper. During IPCE measurements, a special indicator is also provided which indicates if the measurement parameters are optimum for IPCE measurement or not. Further information about IPCE measurement is provided in our application note CIMPS-IPCE.

    Fully Integrated QE/IPCE Photo-Electrochemical Workstation
    -Zennium pro workstation
    -Frequency range: 10 µHz to 8 MHz
    -Max. current: ± 3 A
    -Controlled voltage: ± 15 V / ± 5 V
    -Compliance voltage: ± 28 V
    -HDP technology for outstanding dynamic accuracy
    -ADF technology for high-precision/ high-speed CV (option)
    -Floating & grounded mode switchable
    -5 slots for additional hardware modules
    -EPC42 extension card for controlling PP212
    -LED potentiostat: PP212
    -Current range: ± 10 A
    -Voltage range: ± 20 V
    -Frequency range: DC - 200 kHz
    -LDA2 Light source setup
    -Optical bench
    -Calibrated feedback sensor
    -LSW-1 plug-in LED
    -CIMPS aligner bar
    -Tunable light source TLS03
    -Wavelength range: 365-1020 nm
    -typ. res.: 1 nm@430-720 nm, 15 nm@365-420 nm, 40 nm@735-1020 nm
    -typ. line width: 10 nm@365-720 nm, 50 nm@735-1020 nm
    -Calibration for 1 mm distance
    -Calibration for PECC-2 required, optional
    -ThalesXT software package
    -TestBox, SIMPECC, CIMPS cable set, calibration data
    -System is controlled by a Windows8/10-PC (not included)

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 52,393.00 52393.0 USD
    Price Valid only in North America

    Photo-Electrochemical Cell

    The PECC-1/PECC-2 are specially tailored for testing electrode materials with photoelectrochemical techniques. Several mounting options for samples offer flexibility for various tasks.

    Front window 20 mm diam., BK7 or quartz
    Solid material: Teflon
    Ag/AgCl reference electrode & Pt counter-electrode
    Cable set
    Dimensions: 60 x 25 x 80 mm

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    Photo-Electrochemical Cell

    The PECC-1/PECC-2 are specially tailored for testing electrode materials with photoelectrochemical techniques. Several mounting options for samples offer flexibility for various tasks.

    Front window 20 mm diam., BK7 or quartz
    Solid material: Teflon
    Ag/AgCl reference electrode & Pt counter-electrode
    Cable set
    Dimensions: 60 x 25 x 80 mm

    For pricing information, please request a quotation from sales@sciencetech-inc.com.
    $ 2,027.00 2027.0 USD
    Price Valid only in North America
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