Ivium Technologies was founded in 2001 and is based in the Netherlands.
Our mission is to provide the latest electronics and technology to electrochemical research and facilitate the advancement in science.
We develop and supply equipment for electrochemical research all over the world and we have grown to where we are today by combining modern design techniques and state-of-the-art components with efficient manufacture and swift customer service. Our dedication to developing solutions for electrochemical research has resulted in high performance instrumentation for a wide variety of applications. The cornerstone of our product range is a potentiostat/galvanostat platform that is available in a high power general-purpose device (IviumStat), and a low-power portable device (CompactStat).
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Ivium Technologies is best known for its development of the CompactStatTM: the only true mobile potentiostat/galvanostat with built-in impedance analyzer on the market. It is powered directly from the USB port of a PC/laptop and does not need a power-cord. In addition to our potentiostat/galvanostat platform we offer a wide range of |
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Latest product
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New! More for less: The Ivium-n-Stat The Ivium-n-Stat is a state-of-the-art multi-channel potentiostat-galvanostat with integrated impedance analyser in each channel! It is the affordable solution for all electrochemical research that requires simultaneous control of multiple cells. The Ivium-n-Stat is designed to address the needs of a wide range of applications. It combines a high power of up to 2.5A @ 10V per channel with a high precision of 16 bit resolution. The possibility of low current measurement, down to 10 nA full-scale, is standard included. All channels are independent and floating. The channel-modules are encapsulated for easy handling. |
Download: Ivium-n-Stat BROCHURE |
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| Key specifications:
• ±2.5 A and ±10 V |
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Other recent developments |
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| The ModuLight: The ModuLight-module is a programmable light source that has been specifically designed to investigate photo-electrical devices, such as solar cells. The module operates in combination with all Ivium potentiostats, through the peripheral I/O-port. |
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| The ModuLight wavelength can be set programmatically from 465-635 nm in 7 steps. The light intensity can be modulated using the sinewave generator of the potentiostat, from 10µHz to 2MHz. Using the extensive solar cell applications that are included in the Ivium software, it is possible to fully characterize a solar cell. The functionality includes E/I-curves as a function of the light intensity, IMVS/IMPS, and solar cell modelling that gives all characteristic values of the studied subject. |
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| Light intensity: | Can be modulated with the FRA-output of the Ivium-potentiostat from: 10µHz to 2MHz | |
| Bias resolution: Wavelength: Dynamic flux: Luminous flux: |
16 bit, 0.0015% Programmable in 7 steps: 465-635 nm 0 - 57 lm 0 - 278 mW |
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The MultiWE32: |
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The MultiWE32 can be operated in 2 modes:
Simultaneous
• CV/LSV/DPV/SQRwave/ChronoAmperometry
• Data acquisition of 32 WE currents at the same time,
• maximum rate of 10 samples/sec (0.1sec interval time)
Sequential
• All electrochemical potentiostatic methods possible
• Frequency response analysis
Channel performance:
• Max. current per WE: ±1 mA
• Programmable offset: ±2 V
• 0.0625mV resolution
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