1 800 665 7301 | info@tmetrix.com

  • A high-performance analyzer designed for R&D applications involving electrochemical components, materials, batteries, and EDLCs. It enables precise impedance measurements essential for advanced evaluation and development.

    Key Features:

    • Wide frequency range: 1 mHz to 200 kHz for detailed ion and solution behavior analysis
    • Dual function: High-speed continuous LCR and sweep measurements with one device
    • Battery analysis: Measures internal impedance under no-load conditions
    • Ultra-fast sweep: Perform measurements in as little as 2 ms
    • High accuracy: ±0.05% basic precision for reliable R&D and testing
    • Advanced analysis: Supports Cole-Cole plots and equivalent-circuit modeling for electrochemical studies
  • Teledyne Test Tools Digital Power Meters provide reliable, high-precision AC and DC power measurements in a compact design. Ideal for R&D, QA, and compliance testing.

    Key Features:

    • Bandwidth: DC, 0.1 Hz to 100 kHz
    • High-resolution 4″ and 5″ TFT LCD displays
    • 19 power measurement parameters
    • 16-bit ADC and 300 kHz sampling rate (T3PM1100)
    • Waveform, harmonic, and integration functions
    • External current sensor input (T3PM1100)
    • Supports IEC 62301 and IEC 61000-4-7 standards
    • Interfaces: USB, LAN, RS-232C
    • Front/rear terminal inputs for flexible testing

     

  • An advanced firmware upgrade for the IM3570 that enables quick and accurate equivalent circuit analysis, ideal for in-depth component evaluation and quality control.

    Key Features:

    • Automatically selects the optimal equivalent circuit model from five typical options
    • Minimizes discrepancies between measured and ideal frequency characteristics
    • Determines acceptance/rejection of L, C, and R elements with precision
    • Evaluates resonance sharpness (mechanical quality coefficient)
    • Enables detailed analysis of piezoelectric elements and inductors through resonance
  • A high-speed, high-precision LCR meter ideal for low-ESR and impedance testing in advanced electronic components like polymer capacitors, inductors, and piezoelectric elements.

    Key Features:

    • Continuous LCR/DCR/sweep measurements with one instrument
    • Ultra-fast testing speeds: 1.5 ms (1 kHz), 0.5 ms (100 kHz)
    • High accuracy: ±0.08% basic accuracy for Z parameter
    • Ideal for low-ESR measurement of functional polymer capacitors
    • Suitable for resonance testing of piezoelectric elements
    • Accurate DCR and L-Q testing of inductors, coils, and transformers
  • The Hioki IM7580A is a compact, high-speed impedance analyzer for 1 MHz to 300 MHz testing, ideal for both production and R&D. It works seamlessly with the IM9201 SMD fixture for reliable component testing.

    Key Features:

    • 1 MHz to 300 MHz frequency range
    • 0.5 ms test speed
    • ±0.72% basic accuracy
    • Compact half-rack size with palm-sized test head
    • Reliable contact check functions
    • Frequency, level, and time sweeps in Analyzer Mode
    • RF I-V method for precise measurement
  • The Hioki IM7581 is a compact, high-speed impedance analyzer designed for accurate testing from 100 kHz to 300 MHz. It’s ideal for both production and development environments.

    Key Features:

    • 100 kHz to 300 MHz frequency range
    • 0.5 ms fastest test speed
    • ±0.72% basic accuracy
    • Compact half-rack size, palm-sized test head
    • Reliable contact check via DCR, Hi-Z reject, or waveform judgment
    • Supports frequency, level, and time sweeps in Analyzer Mode
    • Uses RF I-V method for precise measurement
  • The Hioki Impedance Analyzer IM7587 3 GHz provides precision, speed, and versatility for impedance measurements from 1 MHz to 3 GHz, ideal for both R&D and mass production applications in electronic component testing.

    Key Features:

    • Frequency range: 1 MHz to 3 GHz
    • Test speed: 0.5 ms
    • Measurement variability: 0.07%
    • Basic accuracy: ±0.65% reading
    • RF I-V measurement technique
    • Compact half-rack design with palm-sized test head
    • Robust contact check capabilities
    • Analyzer mode: frequency and level sweeps, time interval measurements
  • Teledyne Test Tools LCR Meters offer precision testing in a compact form, perfect for R&D labs and production lines.

    Key Features:

    • 3.5” high-resolution color LCD display
    • Test frequency up to 300 kHz with continuous output
    • 0.05% basic measurement accuracy
    • Spot or full frequency range with OPEN/SHORT correction
    • Automatic Level Control (ALC) for consistent voltage on components like MLCCs
    • Measure up to 4 parameters simultaneously
    • DCR measurement & built-in ±2.5 V DC bias
    • PASS/FAIL indicator and 10-bin sorting function
    • List measurement for automated test sweeps (up to 10 points)
    • Interfaces: RS-232C, USB, handler, and USB storage
    • Compact 2U, 1/2 rack size for automated test setups
  • T3DMM Series – Digital Multimeters deliver precision, speed, and display-rich features, ideal for professional labs, R&D, and production testing.

    Key Features:

    • Available in 4.5-digit (60,000 counts) and 6.5-digit (2,200,000 counts) models
    • True RMS AC voltage and current measurement
    • 4.3” TFT-LCD with 480×272 resolution
    • Multiple display modes: Number, Histogram, Trend Chart, Bar Meter, Statistics
    • Advanced math functions: Max, Min, Avg, Std Dev, dBm/dB, Relative, Pass/Fail
    • Supports remote operation via USB, LAN, SCPI commands
    • Built-in cold terminal thermocouple compensation
    • Wide range of measurements: Voltage, Current, Resistance, Capacitance, Frequency, Period, Temperature
    • Internal 1GB storage and USB host for external data access
    • User-friendly softkey interface and built-in help system
    • High Accuracy & Precision – Achieves ±30 ηA accuracy on multi-current range channels, ensuring reliable and consistent results.
    • Scalable Configurations – Choose from 1 to 16 channels across three series configurations, providing flexibility to expand as testing needs grow.
    • Compact & Space-Efficient Design – Desktop form factor saves space while maintaining full testing capabilities.
    • Comprehensive Data Collection – Log current, voltage, time, temperature, and other critical parameters with high-speed data acquisition.
    • Versatile Applications – Ideal for cell and battery testing, fuel cell testing, super-capacitor testing, thermal battery testing, qualification testing, and more.
    • Turn-Key System – Pre-configured software and hardware bundles ensure quick deployment and easy setup.
    • Advanced Software Integration – Seamlessly integrates with Maccor’s proprietary software for automated testing, data analysis, and reporting.
    • Safety & Reliability – Designed with built-in safety features to protect both users and equipment.
    • High-Speed Data Logging – Collects high-resolution data for in-depth performance analysis and characterization.
    • Multiple Test Modes & Sequences – Supports constant current, power, resistance, pulse, and custom waveforms for comprehensive testing scenarios.

     

  • The Maccor Cell, Battery, and Module Test Systems are perfect for:

    • Battery and Cell Testing
    • Module and Pack Testing
    • Fuel Cell & Super-Capacitor Testing
    • Research & Development
    • Quality Control & Manufacturing

     

    • Electrical energy is returned to the AC grid during discharge
    • 100% duty cycle standard – No system power limit, test channel rated for continuous operation at full power, allows use in testing very high power storage batteries and EV systems
    • Drive Cycle Simulation – Waveforms can be imported into the test procedure to increase test efficiency and reduce potential operator error
    • Local emergency cut-off switch, automatic shutdown on loss of AC power, reverse voltage protection, internal circuit breakers – Provides a high level of safety
    • Automatic scaling of data in W/kg or C-rate for drive cycle simulation programs and other test procedures – Reduces operator workload
    • Real-time data and graphics – Allows battery performance to be visually monitored at any time as the test progresses

     

    • Addressable Chamber Controllers allow multiple chambers to be controlled on a single Maccor test system.
    • Chamber Temperature Set Points are set directly from Maccor’s Test System Software as a step in the test procedure.
    • The compact design allows the chamber to easily fit onto a benchtop.
    • If bench top and floor space are limited, the 7U height and compact design make it possible to stack up to four chambers in a standard 19” industrial rack cabinet.
    • Electrical feedthroughs allow electrical connections inside the chamber while maintaining a maximum seal.
    • Optional interface board can be installed inside the chamber to allow a plug-in interface that can accommodate Maccor’s molded Kelvin and coin cell holders.
    • Large 3” (76 mm) diameter cable portal on the right side of the chamber.
    • Non-Conducting Powder Coated Interior.

     

    • High-Density Testing – Up to 192 test positions per rack or 32 positions per desktop unit, ensuring high-throughput testing.
    • Independent Operation – Each test position operates independently, enabling simultaneous testing of multiple cells under different conditions.
    • User-Programmable Multi-Step Testing – Configure constant current, power, voltage, or resistance test sequences with easy-to-use software.
    • Precise Data Logging & Analysis – Logs current, voltage, time, temperature, and other critical parameters with high-speed data acquisition.
    • Real-Time Monitoring & Control – Data can be viewed, plotted, and analyzed in real-time, providing instant insights into cell performance.
    • Compact & Scalable Design – Available in desktop models (32 positions) and rack-mounted configurations (up to 192 positions per rack).
    • Seamless Integration – Powered by Maccor’s standard test system software, ensuring consistent performance and compatibility with existing systems.
    • Turn-Key Solution – Supplied as a complete system with PC and software, ensuring quick deployment and easy setup.
    • Advanced Safety Features – Includes automatic shutdown on power loss, reverse voltage protection, and internal circuit breakers for safe operation.
    • Versatile Applications – Suitable for single-cell testing, R&D, quality control, battery performance evaluation, and cycle life testing.

     

    • Advanced Formation Schedules – Supports up to 18 test steps with subroutines, allowing complex formation programs for Lithium-Ion and Lithium Polymer cells.
    • High Channel Density – Configurable with 512 to 2048 test channels, supporting large-scale production and pilot line testing.
    • Accurate Data Logging & Analysis – Logs Voltage, Current, Time, Capacity, Energy, and Cycle with high-speed data acquisition at 200 data points per second.
    • Flexible Test Modes – Supports Constant Current, Constant Voltage, Constant Power, and Constant Resistance operating modes.
    • Seamless Transition from Constant Current to Constant Voltage – Ensures smooth and accurate formation with no interruptions or spikes.
    • High Accuracy & Resolution –
      • Voltage Measurement Range: 0 to 5V
      • Voltage Accuracy: ±5 mV
      • Voltage Resolution: 16-bit
      • Current Resolution: 16-bit
    • Intelligent Cell Grading – Customizable grade profiles allow cell grading based on performance, ensuring consistent quality control.
    • High Scalability & Flexibility – Combine channels in parallel to increase current capability, supporting dynamic testing requirements.
    • Advanced Safety Features – Includes automatic shutdown on power failure, status recovery, and reverse voltage protection for safe operation.
    • Turn-Key Solution – Complete system with PC computer and software, ensuring quick deployment and easy setup.
    • Comprehensive Data Management – Automatic report generation, data backup, and processing with the MIMS Server Application.

     

    • Enterprise-class server.
    • Maximum system uptime
    • Designed to run 24×7, 365 days a year
    • M7© – Hosts up to 7 virtual machines representing 7 desktop computers
    • M22 © – Hosts up to 22 virtual machines representing 22 desktop computers
    • Server OS hosted on 2 Enterprise-grade SATA-SSD drives, RAID1
    • Virtual Machines hosted on shared array qty of eight (14TB) Enterprise-grade SAS-3 hard drives, RAID6
    • 2 Enterprise-grade PSU’s, 2 fans, 2 SATA Drives, 8 SAS-3 drives, all of which are hot-swappable CRU’s (customer replaceable units)