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ProDigitek are Australian Analytical Instrument Specialists. Local Sales & Support for Electrochemistry, Renewable Energy & Nuclear Research. Home: About Home: Welcome Australian Analytical Instrument Specialists . Local Sales & Support for Electrochemisty, Renewable Energy & Nuclear Research Explore Range Pro Digitek . is a leading supplier of Scientific and Analytical Equipment for Research Institutions involved in Electrochemistry, Sensors, Corrosion, Battery, Fuel Cells and Renewable Energy , Nuclear Physics toward Research, Border security scanning systems, Waste management, Decommissioning and Dismantling, Mining and more. Pro Digitek . has recently been appointed as a representative in Australia & New Zealand by Thermal Hazard Technology , world leader in the design, manufacture and supply of specialised calorimeters. The company based in Seven Hills, NSW, provides products and resources at competitive prices throughout Australia and New Zealand. Welcome to Pro Digitek . Home: Products Our Products An instrument to suit your every need . New Product Range! Explore Our Range Power your electrochemical research with ANR Technologies’ advanced lineup of cells, electrodes and metrology systems. Designed for scientists and engineers in energy, catalysis and materials science, our equipment delivers unrivalled precision, reliability and flexibility. From modular electrochemical cells to custom electrode assemblies, ANR’s solutions ensure you stay at the forefront of scientific discovery. Electrochemistry Shop top-tier potentiostats, boosters, accessories, research tools, and scanning electrochemical microscopes. Achieve precision and reliability with our cutting-edge electrochemistry equipment. Browse Our Range Kinetics & Spectroscopy Explore our advanced kinetics and spectroscopy equipment for precise measurement and analysis. Enhance your research with top-tier tools designed for accuracy and reliability. Browse Our Range Nuclear Physics Explore CAEN S.p.A. for Nuclear Research, CAEN SyS for Spectroscopy, Waste Management & Health, and CAENels for Beam Line Instruments. Equip your lab with cutting-edge nuclear physics tools. Browse Our Range Battery Cyclers Discover our range of battery cyclers including BioLogic MPG-200, BCS Modular System, MPG Series Cabinet, and Battery Cycling Temperature Oven. Optimize your battery testing with our advanced, reliable equipment. Browse Our Range Thermal Hazard Technology (THT) is a leading provider of advanced thermal analysis instruments and solutions. With a focus on safety and reliability, THT specializes in designing and manufacturing calorimeters and related equipment for industries such as chemistry, materials science, pharmaceuticals, and process engineering. Explore Our Range Local Sales & Support Solutions provided by Pro Digitek . include high end research equipment for universities, government departments as well as all sizes of corporations. Follow up support is also provided on behalf of international manufactures to customers located throughout the countryside, not just city locations. We are providers of the following product lines: BioLogic Science Instruments and Rapid Kinetics CAEN S.p.a and CAEN Sys Nuclear Physics Research and Commercial Systems FW BELL Gaussmeters ALP Technology Environmental Chambers ASLi Environmental Chambers Simpson Meters and Electrical Products Providers of High end Research Equipment We at Pro Digitek . are progressively active in provide training and installation support along with after sales support by our qualified personnel able to provide their expertise to remedy any ongoing issues and requirements that may occur. Home: Contact Contact Us . P O Box KL 806 Kings Langley, NSW, 2147, Australia 98-100 Station Rd, Seven Hills, NSW, 2147, Australia sales@prodigitek.com (02) 9674 4222 +61 2 9674 4222 ABN: 62110487262 Submit Thanks for submitting!

Potentiostat / Galvanostats for every possible scientific and industrial field ECHEM Accessories Home Products Electrochemistry ECHEM Accessories

An Extensive Range of Potentiostats, Boosters, Electrochemistry Accessories, Materials Research, and Scanning Electrochemical Microscopes. Potentiostats Boosters ECHEM Accessories Materials Research Scanning Electrochemical Microscopes Electrochemistry . Home Products Electrochemistry Potentiostats BioLogic provides a variety of robust and user-friendly potentiostats for many diverse applications, from single to bi to multiple channel form factors. Our innovative software enables users to perform all the standard electrochemical techniques as well as a host of specialized procedures and analyses. Essential More info Essential More info Premium More info Premium More info All Instruments Potentiostats Boosters Deliver more power to your application with a high current booster. Each of our modular multi-potentiostat units and the SP-150 can be interfaced to a separate current booster unit HCV-3048 More info HCV-3048 More info FlexP 0012 More info FlexP 0012 More info All Boosters Boosters Electrochemistry Accessories ProDigitek provides a premium range of electrochemistry accessories including; Analytical Cells, Corrosion Cells, Glassware, Electrodes, Rotating Electrodes, Spectroelectrochemistry, Quartz Crystal Analyzer, Battery Holders, Cells for Battery Testing, Fuel Cells, Connection Accessories, Local Probes Accessories and many more. Glove Box Feed-Through Kits Glove Box Feed-Through Kits More info ANR Electrochemistry More info All Accesssories ECHEM Accessories Materials Research BioLogic offers a large selection materials processing equipment, material analysis equipment, materials characterization equipment, materials testing equipment and other material science laboratory equipment. BioLogic offers analytical services, materials testing services or R&D consulting services More info MTZ-35 More info MTZ-35 More info HTF-1100 More info HTF-1100 HTF-1100 All Instruments MR Scanning Electrochemical Microscopes BioLogic has over 25 years of experience producing scanning probe electrochemistry instruments. Initially this included a number of single technique instruments, with the first modular scanning electrochemical workstation, the M370, introduced in 2006, under the Uniscan name. Scanning probe electrochemistry has found use in academic and commercial research settings. It is applicable in any field in which bulk electrochemical measurements have been used. Scanning probe electrochemistry has found widespread use in: Corrosion and coatings, Biology, including biosensors and biotechnology, Batteries, fuel cells and photovoltaics, Materials, Catalysis More info M470 More info M470 More info SKP Probes More info SKP Probes All Instruments SEM

Potentiostat / Galvanostats for every possible scientific and industrial field Contact us Home Contact Us Request a quote Enter contact details Product Type Product Type First name* Email* Last name* Phone number* Organisation* Address* City/Suburb* State or Territory* State or Territory Product Range Message* Request a Quote Thanks for submitting! ProDigitek 98-100 Station Rd, Seven Hills NSW 2147, Australia +61 2 9674 4222 Heading 1 Heading 4 Heading 1 Let's Go

Glove Box Feed-Through Kits (ProDigitek Product), Analytical cell, Corrosion cell, Glassware, Electrodes, Rotating electrodes, Spectroelectrochemistry, Quartz crystal analyzer, Battery holders, Cells for battery testing, Fuel cell, Connection accessories, Local probes accessories. ANR Technologies. ECHEM Accessories Home Products Electrochemistry ECHEM Accessories Product Range ECHEM Accessories We offer a wide range of accessories : Electrodes Electrochemical Cells Battery Holders Anode/Cathode Materials Battery Electrolytes Lab Equipment Fuel Cells Chemicals and Reagents Peristaltic Pumps We have everything you need for your E-CHEM lab needs Inquire now ANR Technologies E-CHEM Catalog Biologic E-CHEM Catalog More info Glove Box Feed-Through Kits More info Glove Box Feed-Through Kits NEW ITEM! PT2032-B-CCH8 Browse Our Range NEW ITEM! PT2032-B Browse Our Range NEW ITEM! PT 2032 - Premium 2032 Coin Cell Holder Browse Our Range

An Extensive Range of Potentiostats, Battery Cyclers, Nuclear Physics Equipment, Kinetics, & Spectroscopy, F.W. Bell Gauss Meters and Simpson Electric Panel Meters & Test Equipment. Products . An extensive range to accommodate any industrial or academic need Home Products New Product Range! Explore Our Range Power your electrochemical research with ANR Technologies’ advanced lineup of cells, electrodes and metrology systems. Designed for scientists and engineers in energy, catalysis and materials science, our equipment delivers unrivalled precision, reliability and flexibility. From modular electrochemical cells to custom electrode assemblies, ANR’s solutions ensure you stay at the forefront of scientific discovery. Electrochemistry Shop top-tier potentiostats, boosters, accessories, research tools, and scanning electrochemical microscopes. Achieve precision and reliability with our cutting-edge electrochemistry equipment. Browse Our Range Nuclear Physics Explore CAEN S.p.A. for Nuclear Research, CAEN SyS for Spectroscopy, Waste Management & Health, and CAENels for Beam Line Instruments. Equip your lab with cutting-edge nuclear physics tools. Browse Our Range Kinetics & Spectroscopy Explore our advanced kinetics and spectroscopy equipment for precise measurement and analysis. Enhance your research with top-tier tools designed for accuracy and reliability. Browse Our Range Battery Cyclers Discover our range of battery cyclers including BioLogic MPG-200, BCS Modular System, MPG Series Cabinet, and Battery Cycling Temperature Oven. Optimize your battery testing with our advanced, reliable equipment. Browse Our Range Thermal Hazard Technology (THT) is a leading provider of advanced thermal analysis instruments and solutions. With a focus on safety and reliability, THT specializes in designing and manufacturing calorimeters and related equipment for industries such as chemistry, materials science, pharmaceuticals, and process engineering. Explore Our Range Multichannel & Single-channel potentiostats – what’s the difference? (Electrochemistry Basics Series) Read Article Now Our Products . For more than 25 years we have worked in partnership with some of the top suppliers in the industry to support universities, government departments and corporations across Australia and New Zealand in their quest to access high quality Scientific and Analytical Equipment. All of our products are expertly chosen and checked against our list of criteria to ensure you receive lasting technical support as well as experience, quality and superior maintenance capabilities. At ProDigitek we strive to get you the best deals; paying attention to our products price/performance ratios to ensure you walk away with outstanding value for your money. From renewable energy and microbial fuel cells to general electrochemistry, corrosion and EIS…to Nuclear Physics in Research and Systems. With ProDigitek you can harness all your favourite leading brands – BioLogic, CAEN-SPA, CAEN-SYS, ALSi, and FW Bell - and gain access to their incredible range: Our goal is to provide you with a credible solution to your high end research equipment problems; to ensure that you walk away with the best in follow-up support. That is why alongside the versatility of our products, we also offer after sales support and numerous training opportunities so you can easily contact our technical personnel and find the answer you are searching for. At the same time, you can also benefit from our installation services; regular system upgrades; top ranking global products and most importantly, the guidance of industry experts who will always keep you on target. To arrange appointment or discuss our products in more detail, contact us today .

Discover Thermal Hazard Technology: World leaders in thermal safety testing equipment and battery calorimetry. Explore our advanced solutions for safe and efficient energy storage, materials testing, and thermal analysis. Optimize your research and development with our cutting-edge technology and expert support. Home Products Electrochemistry Potentiostats Battery Products Chemical Products Servicing Thermal Hazard Technology Thermal Hazard Technology (THT) is a leading provider of advanced thermal analysis instruments and solutions. With a focus on safety and reliability, THT specializes in designing and manufacturing calorimeters and related equipment for industries such as chemistry, materials science, pharmaceuticals, and process engineering. Battery Products EV+ Accelerating Rate Calorimeter EVx Accelerating Rate Calorimeter ES Accelerating Rate Calorimeter Battery Performance Calorimeter IBCx Isothermal Battery Calorimeter µBC - micro Battery Calorimeter Anchor 2 Chemical Products ES Accelerating Rate Calorimeter Rapid Screening Device Micro Reaction Calorimeter Anchor 3 Battery Services Cell / Module Thermal Analysis For Electric / Hybrid Vehicle Applications Read More Chemical Services Process Safety, Hazard Evaluation & Thermal Stability Read More Get a Free Quote First name* Email* Last name* Phone number* Organisation* Address* City/Suburb* Address (2) State or Territory* State or Territory Message* Request a Quote Thanks for submitting!

Request a Quote or Get in Touch today Contact us Home Contact Us Request a quote Enter contact details First name* Email* Last name* Phone number* Organisation* Address* City/Suburb* Address (2) State or Territory* State or Territory Message* Request a Quote Thanks for submitting! ProDigitek 98-100 Station Rd, Seven Hills NSW 2147, Australia +61 2 9674 4222

A compact temperature chamber enabling temperature control from - 35 °C through to + 150 °C. The device has been designed to accommodate Bio-Logic sample holders such as leak-tight sample holders (CESH). Home Products Electrochemistry Materials Research ITS Impedance Analyzers ITS Intermediate Temperature System. A compact temperature chamber enabling temperature control from - 35 °C through to + 150 °C. The device has been designed to accommodate Bio-Logic sample holders such as leak-tight sample holders (CESH). Request a quote A compact temperature control solution for electrical characterization. The Intermediate Temperature System (ITS) is a Peltier effect based temperature control unit. The ITS is a compact temperature chamber with a small laboratory footprint. It enables accurate temperature control from – 35 °C to + 150 °C and is designed to accommodate Bio-Logic sample holders such as leak-tight sample holders (CESH). The two PT-1000 temperature probes provided with the ITS, ensure accurate measurements and temperature control. An optional PT-1000 probe enables direct measurement of the actual sample temperature. The ITS is highly suitable for determining the characterization of materials’ properties by impedance measurements, under controlled temperatures. It has been adapted for use in controlled atmospheres (up to 2 bar relative pressure) with CESH. An oxygen and moisture-sensitive sample can be prepared in a glove box, placed in the CESH and then installed in the ITS. The ITS is compatible with the MTZ-35 impedance analyzer and with Bio-Logic potentiostats/galvanostats/FRAs, facilitating the setup of experiments for Bio-Logic system users. The ITS can be controlled via a USB cable from your computer using MT-Lab® software. A wide range of temperature control modes is available with MT-Lab® software resulting in intelligent temperature management capability. The ITS is also controllable via EC-Lab® software using the auxiliary inputs/output of Bio-Logic potentiostats. Both the MT-Lab® and EC-Lab® interfaces provide protocols and data graphing for impedance measurement and data processing. The impedance data can be fitted using the powerful Z Fit tool available in both software packages. ITS Specifications Temperature Range: -35 °C to +150 °C Temperature Accuracy: ±0.3 °C Computer Interface: USB 2.0 Mains voltage: 115 V/230 V 50/60 Hz Power consumption: 250 W Dimension: 400 x 313 x 385 mm (L x W x H) Weight: 8 kg ITS Brochure Material Testing Catalog

New Lithium-Sulphur Battery; Higher Performance, Cheaper And Greener Articles Worth Reading Home News & Articles Articles Worth Reading New Lithium-Sulphur Battery; Higher Performance, Cheaper And Greener Research interests: battery, energy storage systems, climate change, sustainable manufacturing, environmental engineering, metal composites, materials synthesis, lithium-sulphur batteries, flow batteries, supercapacitors, and lithium-ion capacitors Dr Mahdokht Shaibani was born in Shiraz, Iran. She spent most of her childhood in her grandparent’s house, where she found some of her favourite books (Jules Verne and Isaac Asimov) “The practicality of the science fiction stories in those books and the awareness of Verne and Asimov of the theoretical limitations of the fiction technologies they wrote about contributed a lot in the engineer that I am today”. From young age, Mahdokht knew the key to improving our everyday technologies was linked to new materials or new processing techniques to make available materials perform better. That’s why she followed a material engineering degree. Mahdokht holds a bachelor’s in Materials Engineering from Shiraz University and a master’s in Materials Engineering from University of Tehran. With a metallurgy background, she didn’t suspect she would ever join the energy sector and didn’t work on energy-storage materials or devices until her PhD. “I was offered scholarships with different universities and on subjects from computational studies to pharmaceuticals and energy storage. I wanted to work on something that the general public could relate to and have an immediate impact on their daily lives. That’s why I choose the PhD project at Monash”. Mahdokht completed a PhD at Monash in 2017, in collaboration with CSIRO, on advanced electrochemical energy storage devices and carbon-based supercapacitors. She immediately discovered she truly enjoyed improving the performance metrics of batteries. “I choose to work on lithium sulphur battery (Li-S) as there is no limit in achieving better performance or using more sensible materials, or more practical designs. I was extremely lucky to work under amazing supervision: Prof Mainak Majumder (Monash Mechanical and Aerospace Engineering) is a globally renowned scientist, who has had an exceptional influence on my career. I learned that if we want our fundamental discoveries to be translated to real life environment from industry to market, practicality should always be in the experimental design. I’m still learning about leadership skills from Australia’s influential science leader A/Prof Matthew Hill (Monash and CSIRO) and am further developing my scientific thinking and reasoning skills from the discussions with former co-supervisor Dr Tony Hollenkamp (CSIRO)”. From left to right: A/Prof Matthew Hill, Dr Mahdokht Shaibani and Prof Mainak Majumder (Photo credits Monash University) Her PhD was followed by postdoctoral research. That’s when she discovered how to create the most efficient Li-S battery. “In the final year of my PhD, I turned a part of my thesis into a patent for a new design of battery. The company invested in the research and helped to fund my research fellowship and the establishment of a battery prototyping lab at Monash University . Back then, it was only me, Matt and Mainak. Now, we have 4 PhD students, Postdocs, and we are moving towards the commercialisation project of the new Li-S battery”. Graph listing the theoretical energy density of some currently used batteries such as Li-ion and some of the currently explored ones such as Li-S (Dr Mahdokht Shaibani). What are the differences between Lithium-ion batteries (Li-ion) and Lithium sulphur (Li-S) batteries? For Mahdokht, there are 3 main differences: the first one is the performance – all sectors want batteries with more power and a better cycle life. Li-S battery offers 4 to 5 times improvement compared to Li-ion in the energy density (on paper), so we can expect 2 or 3 times increase in the energy density (in practice). The second difference is material availability and pricing – certain materials are easily available; others are getting scarce making them expensive and unreliable in terms of exploitation. With Li-ion battery, there are ethical concerns around the sourcing of the materials required, such as Cobalt (which is predicted to be more difficult to source in the future). In comparison, Li-S batteries use lithium and sulphur electrodes, so do not require rare or heavy metals and sulphur can be found pretty much anywhere on earth which make it inexpensive (US$100 per tonne). Also, our patented electrode processing for Li-S batteries (PCT/AU2019/051239 ) is completely water-based, with no need for toxic hazardous solvents often used in Li-ion battery manufacturing. The third difference is the cost of production of Li-S batteries estimated to be 4 to 8 times less than Li-ion battery. Monash University Lithium-sulphur battery prototype (Dr Mahdokht Shaibani). Dr Mahdokht Shaibani is leading the scale-up manufacturing and commercialisation lithium-sulphur battery project between diverse research, industry, and R&D partners. “Since day one, I knew that no manufacturer was going to shut-down their manufacturing line and create a new one for me. We needed to use the same fabrication method used in the battery industry and the same commercially available materials as the price was going to be a governing factor. As material scientist, I am not as excited to synthesise the material, because even if the device the battery works perfectly fine, the scale-up of that synthesis could take years and may never be cost-effective”. The Lithium-sulphur battery prototypes built with the researchers' electrodes maintain 99 percent efficiency for over 200 charging cycles. The next prototypes have been successfully fabricated by German R&D partners Fraunhofer Institute for Material and Beam Technology. The team is also wanting to explore the use of Li-S batteries for more sustainable and clean transportation and grid storage. Last year in June, they teamed up with Monash Motorsport to explore the use of Li-S batteries in electric vehicles. Mahdokht mentions that "today’s EV batteries are an important part of the total EV cost (33% to 57% depending on the car) and EV weight (20% to 25%). Lighter batteries would result in higher EV range; and a low-cost lighter battery means the EV manufactures could, if interested, explore new car concepts like allocating more car space to the battery pack without having cost and weight concerns!". Everything is moving towards being battery-powered, portable electronics, smart watch, cell phones, indispensable devices we use in our daily lives. Mahdokht mentions “Hunger for energy has reached a scary level, not for the users but for the players of the energy sector. Who doesn’t want to drive an E.V? Who doesn’t want to have a big battery to their residential solar plan to save on electricity bills? It is a critical time to explore alternative battery technologies. What I would like to see in the next years is more collaboration between governments, industries and universities to lead the change and take major steps towards cleaner batteries!" For further information: https://www.linkedin.com/in/mahdokht-shaibani-29868440/?originalSubdomain=au Scientific Paper: Mahdokht Shaibani, Meysam Sharifzadeh Mirshekarloo, Ruhani Singh, Christopher D. Easton, M. C. Dilusha Cooray, Nicolas Eshraghi, Thomas Abendroth, Susanne Dörfler, Holger Althues, Stefan Kaskel, Anthony F. Hollenkamp, Matthew R. Hill, Mainak Majumder (2020) “Expansion-tolerant architectures for stable cycling of ultrahigh-loading sulphur cathodes in lithium-sulphur batteries” Science Advances doi: 10.1126/sciadv.aay2757 Recovery of Nano-Structured Silicon from End-of-Life Photovoltaic Wafers with Value-Added Applications in Lithium-Ion Battery * In the Media (selection by the interviewee): 08/01/2020 - Batteries made with sulfur could be cheaper, greener and hold more energy 04/01/2020 - Monash-led team develops efficient Li-S battery 07/01/2020 - Scientists develop battery smartphone running five days 10/01/2020 - New Battery Tech Claims Five Days Of Battery Life On Smartphones 10/01/2020 - Researchers in Australia take key step toward battery of the future 29/01/2020 - Supercharging technology with ultra-high capacity battery 11/02/2020 - Lithium-Sulfur Batteries Could Be Cheaper & More Energy Dense 07/05/2020 - In search of battery-grade silicon (opinion piece) * 27/05/2020 - Solar panel recycling: Turning ticking time bombs into opportunities (opinion piece) * July/August 2020 - "Lithium Battery Anode R&D Trends " featured on the cover of Energy Source & Distribution magazine (analysis piece) * 23/07/2020 - COVID-19: The silver lining that could help Australia's battery industry (opinion piece) *

CAEN SyS – Spectroscopy, Waste Management & Health. Providing advanced and innovative nuclear measurement solutions to enhance Nuclear Safety. CAEN SyS Systems and Spectroscopy Solutions Home Products Nuclear Physics Equipment CAEN SyS Product Range CAEN SyS Providing advanced and innovative nuclear measurement solutions to enhance Nuclear Safety. CAEN SyS is the new Systems & Spectroscopy of CAEN Spa. Such division relies upon an extremely strong foundational knowledge of nuclear measurement instrumentation in developing Radiation Measurements Systems and Spectroscopy Solutions. These systems and solutions are perfectly suited to operations involving Nuclear Fuel Facilities, Nuclear Power Plants, Measurements Laboratories, and Security Applications. Gamma Spectroscopy More info Gamma Spectroscopy More info More info HPGe and Scintillator Detectors More info HPGe and Scintillator Detectors CAEN SyS Catalog More info Radiation Monitoring & Health Physics More info Radiation Monitoring & Health Physics More info Waste Decommissioning & Dismantling More info Waste Decommissioning & Dismantling Gamma Spectroscopy Single Channel Analyzers, Multi Channel Analyzers and Tube Bases From stand-alone digital Multi-Channel Analyzer (MCA), which can perform Pulse Height Analysis (PHA) that can fit in your pocket, to Desktop dual 32k MCA with built in HV and Pre-Amplifiers Topaz Pico MCA More info Topaz Pico MCA More info Hexagon MCA More info Hexagon MCA More info γstream More info γstream More info Gamma Spec High Purity Germanium and Scintillator Detectors Germanium detectors are semiconductor diodes having a p-i-n structure in which the intrinsic (I) region is sensitive to ionizing radiation, particularly X rays and gamma rays. To complete the gamma spectroscopy laboratory set CAEN SyS includes in its offer a wide choice of High Purity Germanium detectors (HPGe) & Inorganic Scintillator Detectors . More info HPGe Detectors More info HPGe Detectors More info Scintillator Detectors More info Scintillator Detectors HPGe Radiation Monitoring & Health Physics Environmental Monitoring Stations and Systems bSCAN is a compact and advanced instrument designed to perform Thin Layer Radio-Chromatography (TLC) & Gamma radiation spectroscopy system for real-time radiation monitor More info bSCAN - Thin Layer Radio-Chromatography More info bSCAN - Thin Layer Radio-Chromatography GAMON-S More info GAMON-S More info GAMON-D More info GAMON-D More info GAMON Mobile More info GAMON Mobile More info Radiation Monitoring Waste, Decommissioning & Dismantling Highly automated system for measuring sample Analysis of spectra is performed with a gamma spectrometry waste assay software operating under the control of a user interface developed with National Instruments LabVIEW More info AURAS 3000 More info AURAS 3000 More info ADAMOS - Automated Drum Monitoring System More info ADAMOS - Automated Drum Monitoring System Waste Decommissioning

A research-grade, multi-channel potentiostat the VMP3 is built around a modular chassis design where up to 16 independent channels can be installed. Home Products Electrochemistry Potentiostats VMP3 Essential VMP3 16 channels - The benchmark multichannel electrochemical workstation Includes low current measurement, impedance and high current capability via plug-in modules. Request a quote A research-grade, multi-channel potentiostat the VMP3 is built around a modular chassis design where up to 16 independent channels can be installed. The VMP3 can be equipped with additional capabilities, including low current measurement, impedance and high current capability via plug-in modules. Each potentiostat installed in the VMP3 can be connected to an external high current booster channel, making it ideal for battery research and testing All multichannel potentiostat/galvanostats are built on a multiple-user system-which allows several computers to be connected to the unit at the same time via a LAN network. VMP3 Specifications Voltage Control voltage: ±10 V adjustable between[-20; to +20] V (standard); up to 60 V with FlexP0060/FlexP0160 Voltage resolution: 5 µV on 200 mV range Compliance: ±10 V adjustable between [-20; to +20] V (standard) Current Current ranges: 400 mA to 10 µA (standard); down to 1 nA (Low Current) Maximum current: ±400 mA; up to 800 A with four FlexP0012 Current resolution: 0.760 nA; down to 76 fA (Low Current) EIS Frequency range: 1 MHz down to 10 µHz Advanced Up to 16 channels Connection 2,3,4,5 terminal lead Best acquisition time: 20 µs with EC-Lab Express; Stability control mode (7 bandwidths) VMP3 Brochure Electrochemisty Instrument Catalog