$1,299.00
MedPstat 1.0 Advance is the most cost-effective Electrochemical Analyzer, Handheld / Portable, Affordable, and precise Potentiostat, with a wide range of ±2.4 V, 100 mA. It is optimal for electrochemistry learning and the best for any electrochemistry research applications. It comes with high-quality dummy cells for learning/calibration applications and software for PC data acquisition and plotting.
Detailed Specifications:
| Weight | 1.4 kg |
|---|---|
| Dimensions | 340 × 300 × 90 cm |
| Select Model | MedPstat 1.0 (Basic) 30mA, MedPstat 1.0 (Advance) 100mA, MedPstat 1.0 (EC Kit) with Cell Setup |
The MedPstat 1.0 Advance potentiostat is extremely lightweight & high in precision and was selected for Microbial Fuel Cell Research by the Department of Materials Science and Engineering, Indian Institute of Technology Kanpur, India.
Since then it has been a huge part of the scientific community and has been utilized for testing and research by many other Universities!
The MedPStat 1.0 Advance was featured in Y. Budania, M. Chauhan, S. Mishra, S. Singh, Chemical Engineering Journal (2024) 156018.
Key Electrochemistry characterizations were tested and performed in this publication! Read all about it!
This application note highlights the electrochemical detection of copper ions (Cu²⁺) using differential pulse voltammetry (DPV), showcasing a reliable method for trace copper ion analysis in environmental and industrial samples with the Medpstat. The study assesses...
Corrosion rate measurement is critical for evaluating the durability of metals and protective coatings. Although there are various methods to estimate corrosion rate in different applications, the Electrochemical Corrosion Measurement is a widely adopted technique due...
In this application note, the step-by-step process to calculate the diffusion coefficient (D) for ferro-ferri cyanide redox couple is explained with the help of portable potentiostat MedPstat 2.0. The note explores the effect of scan rate on the voltammetric response...
This application note provides a comprehensive guide for assessing the performance and stability of the MedPstat Electrochemical Analyzer. The Ferro/Ferri cyanide redox couple was chosen as a model system due to its well-defined and reversible electrochemical...
This application note highlights the importance of grounding in electrochemical studies, particularly when using the MedPstat potentiostat. Many researchers tend to overlook this aspect, but proper grounding is essential for accurate results and safety. Grounding...
This application note highlights Medpstat as a reliable and portable solution for electrochemical testing, especially in field applications. Unlike traditional potentiostats that require continuous external power and occupy significant bench space, the Medpstat...
Batteries are a crucial part of modern energy storage technologies, powering anything from electric cars to portable electronics. As demand for efficient energy storage grows, advancements in battery chemistry and design are essential for better performance and...
This application note offers a detailed overview of how the Potentiostat device is utilized in electrochemical water-splitting studies. This note aims to help researchers understand and effectively utilize the MedPstat 2.O device for their water-splitting experiments....
This application note provides comprehensive guidance on using the mini Dummy Cell for MedPstat calibration. The mini Dummy Cell includes a 1K ohm resistor, essential for checking the current ranges during calibration. The primary focus of this document is to check...
This application note provides detailed instructions for using the MedPstat device in Ferro/Ferri cyanide redox couple investigations, employing MTX Labs Screen-printed carbon electrodes. This Ferro/Ferri cyanide redox system serves as an excellent model for...
Chemical Engineering Journal (Impact Factor: 16.5)
N/NiO-ornated graphitic fiber-engrained micro-carbon beads: Innovative packed bed type capacitive electrodes for microbial fuel cells
The potentiostat (Autolab-M204, Metrohm, Netherlands and MedPstat 1.0 Advance, MTX Labs, India) was used for electrochemical anal ysis, and a modified version of an earlier protocol was followed [5,8].
DOI: https://doi.org/10.1016/j.cej.2024.156018
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ROYAL SOCIETY OF CHEMISTRY (Impact Factor: 7.92)
CVD-Grown NiO-Carbon Nanofiber Decorated rGO Hybrids for High-Performance Electrochemical Hydrogen Storage: Role of Hierarchical Porous Structures
All electrochemical analyses were carried out using a computer-controlled potentiostat (Autolab-M204, Metrohm, Netherlands and MedPstat 1.0 Advance, MTX Labs, India), with data acquisition and processing through NOVA 2.0 software.
DOI: https://doi.org/10.1039/D5NR02443A
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Journal of the Indian Chemical Society (Impact Factor: 3.4)
Tailoring the electrochemical properties of Ni-doped Co3O4 for Advanced supercapacitor electrodes
The MTX MedPStat 2.0 (MTX Industries, India) was used to conduct cyclic voltammetry (CV), galva nostatic charge–discharge (GCD), and Cyclic stability experiments over a potential window of 0.1 to 0.6 V
DOI: https://doi.org/10.1016/j.jics.2025.102170
First, check the USB-C type cable to ensure it is properly connected. Then, go to the PC settings and open the Control Panel. Navigate to "Ports (COM & LPT)" and check if the USB drive is recognized. If it is not showing up or is listed under "Other Devices" as...
The dummy test cell provided with MedPstat is primarily used for calibrating instruments and checking the current ranges. So, we provide a 1K resistor, which allows for easy testing of the instruments. If you encounter any issues or have doubts about the readings,...
The MedPstat requires a power supply of 100V - 240V AC, 50/60 Hz. We provide a high-standard power supply compatible with American, Australian, UK, and European/Indian connections for universal use (You can choose any of them). The power cable is 1.5 meters long for...
