EIS vs Frequency (IMP) Testing Services
Price 8500.0 INR/ Unit
EIS vs Frequency (IMP) Testing Services Specification
- Measuring Range
- 1 m to 100 M
- Usage & Applications
- Electrochemical Impedance Spectroscopy (EIS) analysis, materials testing, quality control, battery research
- Interface
- USB, Ethernet
- Size
- Customizable as per client requirement
- Temperature
- Ambient to 60C (or as specified for application)
- Frequency
- 10 Hz to 10 MHz
- Display
- Graphical display (PC/laptop interface)
- Weight
- Standard, varies with configuration
- Material
- High-quality electronic components
- Power
- 110-240V AC, 50/60Hz
- Voltage
- 10V DC/AC (typical range)
- Driven Type
- Electronic/Computer-controlled
- Compliance Standards
- Meets International Testing Standards
- Test Method
- Impedance Measurement (IMP), EIS vs Frequency sweep
- Sample Capacity
- Single or multiple sample support as per system design
- Software Support
- Proprietary analysis software compatible with Windows
- Data Acquisition
- Automated, real-time
- Accuracy
- 0.5% of reading
- Operation Mode
- Continuous/Batch testing modes
- Resolution
- 16-bit or higher ADC precision
- Calibration
- Factory calibrated, user calibration supported
- Sampling Rate
- Up to 1 MS/s
- Report Format
- Customizable graphical and tabular reports
- Connectivity
- RS232, GPIB (optional)
EIS vs Frequency (IMP) Testing Services Trade Information
- Minimum Order Quantity
- 100 Units
- Delivery Time
- 15 Days
About EIS vs Frequency (IMP) Testing Services
Mett-bios india based iso 17025:2017 (NABL) accredited testing laboratory is pleased to introduce as a leading laboratory to provide complete metallurgical and corrosion testing as per NACE/ ASTM / ISO standards.
We are committed to delivering accurate, reliable, and standards-compliant EIS vs Frequency (IMP) testing solutions as per ASTM, ISO, JSI, EIL, TL and NACE standards with fast turnaround time and expert technical support.
Mett-bio through its team of experts offers specialized services in the field of metallurgical and corrosion failure investigation. The laboratory scope includes failure analysis of industrial plants, equipment and components, in-situ metallography, assessment of in-service degradation, components/parts indigenization, selection of materials and alloy design, remaining life assessment.
Mett-bio has set up a fully-fledged advanced testing division at Ahmedabad to fulfil the industries requirements for testing and material characterization such as raw material testing, corrosion testing & analysis, material identification, microstructure examination for evaluation of material processing, chemical properties & physical properties of metallic materials
Mett-Bio metallurgical services provide various corrosion-related services such as testing, onsite corrosion assessment, corrosion failure mode analysis, R&D, alloy selection, etc. Our services mainly cater to the needs of oil, gas, pharmaceutical, food and safety industries, ferrous and nonferrous manufacturing industries.
Advanced Impedance Measurement Technology
Utilizing proprietary software and precision hardware, our EIS vs Frequency (IMP) Testing Services deliver superior accuracy-just 0.5% deviation from readings-across a wide frequency range of 10 Hz to 10 MHz. Systems are fully automated and factory-calibrated, with user calibration support for flexible, reliable measurements.
Comprehensive Application Range
Designed for electrochemical impedance spectroscopy (EIS), our services cater to materials testing, battery research, and quality control processes. The solution supports both single and multiple samples, making it ideal for research labs, manufacturing, and quality assurance departments.
Customizable and Compliant Solutions
All test systems meet stringent international testing standards and are configurable to match client-specific size, sample capacity, and reporting needs. The proprietary analysis software generates graphical and tabular reports tailored to your requirements, enhancing data interpretation for informed decision-making.
FAQ's of EIS vs Frequency (IMP) Testing Services:
Q: How does the EIS vs Frequency (IMP) Testing Service ensure measurement accuracy?
A: Our testing service utilizes high-quality electronic components and a 16-bit ADC, achieving an accuracy of 0.5% of the reading. The system supports both factory and user calibration to maintain optimal measurement precision throughout its lifespan.Q: What is the process for conducting an impedance measurement using this service?
A: The process begins by preparing samples and connecting them to the system. Testing is controlled via our proprietary Windows-compatible software, allowing for automated frequency sweeps. Data acquisition is performed in real-time and can be configured for continuous or batch modes depending on your application.Q: When should I use EIS vs Frequency (IMP) Testing?
A: This testing is best suited for detailed electrochemical impedance studies, materials characterization, battery research, or quality control where precise, frequency-dependent impedance analysis is required across a 10 Hz to 10 MHz range.Q: Where can this service be integrated within my workflow?
A: The system is adaptable for laboratory research, manufacturing quality control environments, and R&D centers. Thanks to versatile connectivity options (USB, Ethernet, RS232, GPIB) and customizable sample capacity, integration into new or existing setups is straightforward.Q: How does the software enhance test data analysis and reporting?
A: Our proprietary software provides comprehensive graphical and tabular reports, which can be customized to your needs. It offers advanced analysis tools and supports easy data export, assisting users in deriving actionable insights quickly and efficiently.Q: What benefits does automated, real-time data acquisition provide?
A: Automated real-time data acquisition ensures consistent, high-precision results, eliminates human error, and speeds up the testing process. This increases throughput and reliability, especially in high-volume or time-sensitive research and industrial applications.Q: Can the system support high-throughput or variable sample sizes?
A: Yes, the design supports both single and multiple sample testing depending on your specific requirements. The overall system size and configuration can be customized to accommodate high-throughput operations or specialized sample formats as needed.


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