Battery Cycler
CT-4000 Series
CT/CTE-5000 Series
CE-6000 Series
CT/CTE-8000 Series
CT-9000 Series
EIS Battery Cycler Series
Battery Cycler – Available with & without EIS
Unlock the full potential of your battery testing with our comprehensive Battery Cycler series, available with and without Electrochemical Impedance Spectroscopy (EIS). Designed to meet the rigorous demands of research, development, and quality assurance, our cyclers deliver unmatched accuracy, versatility, and reliability. Whether you are working with coin cells, supercapacitors, smartphone batteries, or electric vehicle (EV) modules, our advanced cycler systems empower you to simulate real-world conditions and capture critical performance data with confidence.
Why Choose Our Battery Cyclers?
Versatile Testing Capabilities
Support for a wide range of battery types and configurations including coin cells, supercapacitors, and EV battery packs.
Advanced Communication Protocols
SMBUS/I2C compatibility ensures real-time integration with laptops, tablets, and smartphones for smart diagnostics.
Dynamic Simulation
Replicate real-world EV driving scenarios with advanced current and power waveform simulation tools.
High-Precision Measurement
Capture transient battery behavior with high-resolution data logging and accurate readings.
Optional EIS Integration
Enhance your analysis with Electrochemical Impedance Spectroscopy (EIS) for complete internal battery diagnostics.
Our Battery Cycler Series
CT-4000 Series
Ideal for coin cells, supercapacitors, and three-electrode systems. Offers precise measurement control for lab-scale research and electrochemical studies.
Models:
- CT-4000 – 5/10V 50mA (3 ranges)
- CT-4000 – 5V 6A / 12A (3 ranges)
- CT-4000 – 5V 100mA (4 ranges)
- CT-4000 – Super Capacitor Testing System (3 ranges)
CT/CTE-5000 Series
Engineered for consumer electronics such as laptops and tablets. SMBUS/I2C communication allows for smart battery testing and BMS integration.
Models:
CE-6000 Series
Robust solution for testing cells, modules, and packs in automotive and industrial applications. Supports high current/voltage environments.
Models:
CT/CTE-8000 Series
Simulate actual road-driving loads for electric vehicles. Ideal for evaluating battery performance under real-world dynamic stress profiles.
Models:
CT-9000 Series
Engineered for advanced transient performance analysis with ultra-precise data acquisition. Perfect for deep electrochemical research.
Models:
EIS Battery Cycler Series
Enhance your testing setup with integrated Electrochemical Impedance Spectroscopy (EIS). Provides detailed battery state-of-health analysis, internal resistance profiling, and predictive diagnostics for long-term performance assurance.
Models:
Key Features and Benefits
- High Accuracy & Stability: Precise control of current and voltage ensures reliable test outcomes.
- User-Friendly Software: Custom test profiles and real-time data visualization for efficient workflow.
- Flexible Configuration: Modular design enables multi-channel testing and scalability.
- Robust Data Management: Exportable data formats support integration with analysis software.
- Safety & Compliance: Meets international testing and safety standards for lab and industrial use.
Optimize Your Battery Testing Workflow
Accelerate R&D
Quickly iterate and test new battery designs using customizable profiles and instant feedback.
Improve Product Quality
Detect early-stage degradation or defects, reducing warranty costs and field failures.
Enhance Battery Management
Integrate with BMS systems to enable smart battery control, longevity, and efficiency.
Support EV Innovation
Test under true-to-life road simulation to develop the next generation of electric vehicle batteries.
Get Started with the Ideal Battery Cycler for Your Needs
Contact our expert team today to discuss your specific testing requirements and discover how our CT Series Battery Cyclers can empower your battery development and quality assurance processes.
FAQs for Battery Cycler
1. What is a battery cycler, and what is its purpose?
A battery cycler is an instrument used to charge and discharge batteries repeatedly. It helps assess performance, durability, and efficiency under real-world usage conditions—vital for R&D, QA, and production environments.
2. What is Electrochemical Impedance Spectroscopy (EIS), and why is it important?
EIS is a diagnostic technique that evaluates a battery’s internal resistance and electrochemical processes across different frequencies. It helps determine state of health (SoH), degradation mechanisms, and optimal usage conditions—without damaging the battery.
3. What are the benefits of using battery cyclers with EIS capability?
- Thorough battery characterization
- Precise SoH and impedance tracking
- Reduced testing time with advanced analytics
- Improved lifecycle monitoring
- Better forecasting and maintenance strategies
4. Which Battery Cycler series is right for my cell format?
- CT-4000 Series: Lab-scale work with coin cells, supercapacitors or three-electrode cells (up to 12 A).
- CT/CTE-5000 Series: Consumer electronics packs (laptops, tablets) with SMBus/I²C smart-battery support.
- CE-6000 Series: Higher-power testing for automotive cells, modules, and packs.
- CT/CTE-8000 Series: Dynamic EV-load simulation for full-scale vehicle batteries.
- CT-9000 Series: Ultra-precise transient analysis for deep-research applications.
5. How do I connect the cycler to my data-analysis environment?
- All models support USB or Ethernet for data export (CSV, JSON).
- CT/CTE-5000 series adds SMBus/I²C interfaces for smart-battery and BMS integration.
- Optional LabVIEW™ and Python APIs available for custom automation or real-time monitoring dashboards.
6. How precise are the measurements?
- Current accuracy: ±0.02% of full scale (model-specific).
- Voltage resolution: down to 100 µV.
- EIS impedance accuracy: ±0.5% across 10 mHz–100 kHz (Squidstat).
7. What safety and compliance standards do these cyclers meet?
- CE and UL certified for laboratory and industrial use.
- Built-in over-current, over-voltage, and thermal cutoffs.
- Optional explosion-proof enclosures for volatile electrolytes or gas-evolving tests.
8. How do I request a quote or demo?
- Visit our website’s product page and click “Request Quote.”
- Or email [email protected] with your application details (cell type, current/voltage range, channel count).