Innovative Electrochemical Instrumentation from Ivium Technologies

Welcome to Ivium Technologies!

As one of the leading manufacturers of potentiostat/ galvanostat instruments, Ivium Technologies is best known for its development of the only USB powered P/G's with integrated impedance analyser on the market. Next to two different versions of these truely mobile instruments (the CompactStat^TM and the pocketSTAT^TM) Ivium also offers entry level-, high power- and multichannel- instruments.

In addition to our potentiostat/galvanostat platforms we offer a wide range of additional options, such as:
- Multiplexers
- Bipotentiostat
- Power Boosters
- Peripheral Port Interfacing
- Various Accessories
- Etc.

Go directly to our:

• POTENTIOSTATS
• MODULES
• SUPPORT
• SALES

 
 U.S.A.

 
Mexico 

Ivium Technologies USA
961687 Gateway Blvd., Suite 201D
Fernandina Beach, FL 32034

phone: 800-303-3885 (toll free) / 904-310-9060 (office)
fax: 904-310-9068
e-mail  pete [at] ivium [dot] us

contact: Dr. Pete Peterson

The pocketSTAT^TM

The pocketSTAT^TM is a handheld potentiostat/galvanostat/ZRA with integrated impedance analyser. It is a complete electrochemical measurement instrument with the size of a smart phone. It has been specifically designed for (field) measurements, such as corrosion and analysis.

Key specifications:
Scan range: ±10mA / ±4V
Impedance: 10µHz - 100kHz
Size: 115.5 x 58.5 x 12.5 mm
Weight: 140 gr.
Waterproof: IP44

Ivium Technologies Products Brochure

The Vertex

The Vertex is an entry level potentiostat/galvanostat with optional FRA/EIS and optional I/O port. Its price easily matches its application in educational and applied electrochemistry. A complete suite of IviumSoft control and and data processing software is included!

Key specifications:
- Entry level Potentiostat/galvanostat, two versions:
              ±1A @ ±10V
           ±100mA @ ±10V
- 8 current ranges: 100nA to 1A
- Ideal for educational or routine applications
- All DC elechtrochemical techniques are standard
- Optional FRA/EIS: 10µHz to 1MHz

Other recent developments

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.

            1-8 modules per frame
                    Stackable up to 64 channels

                     Download:  Ivium-n-Stat BROCHURE

• ±2.5 A and ±10 V
• Current ranges: 10nA - 10A
• Each channel with integrated FRA: 10 µHz - 250 kHz
• Data acquisition rate: 100 kHz
• 4-Electrode measurement
• Independent floating operation
• Peripheral analog/digital channels included
• USB-controlled
• With power booster: ±5 A/±10 V

The ModuLight, by default, contains 7 LEDs with wavelengths ranging from 460-740 nm. On request LEDs can be exchanged for others from the same product range.

During operation an LED can be programmatically selected. The sinewave generator of the potentioststat can then be used to modulate the intensity of the LED with a frequency of 10µHz to 2MHz. The extensive Solar cell applications that are included in the Ivium software, allow a full characterization of the 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.
 

The MultiWE32:
The MultiWE32 is a multi-channel potentiostat unit that can control up to 32 working electrodes that share a single CE and RE. The potential is not multiplexed: it is applied simultaneously and continuously!
It is used in combination with either a CompactStat^TM or an IviumStat and is developed especially to be used in micro and nano electrochemistry. The maximum applied voltage is determined by the controlling potentiostat.