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ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine

The eXpert 3900 Series Universal Testing Machines are compact, quiet, and efficient electrodynamic testing systems designed for dynamic testing of materials and components. These tabletop machines are perfect for determining the durability of materials in tension, compression, or flexure, making them ideal for a wide range of applications, including biomedical and composite material testing.

Featuring brushless linear motors, the eXpert 3900 series provides high accelerations, exceptional accuracy, and repeatability, ensuring reliable and precise results. The system’s compact design makes it a great choice for environments where space is limited, while its quiet and clean operation is well-suited for laboratory and industrial settings.

Whether you’re testing biomaterials, composites, or other specialized materials, the eXpert 3900 delivers high-performance dynamic testing at a competitive universal testing machine price. For businesses looking for a reliable and cost-effective solution, the eXpert 3900 series is the ideal choice.

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ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine Overview

The ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine is an advanced testing system designed for high-performance, dynamic material testing. This electro-dynamic machine is ideal for testing materials under varying loads and speeds, making it suitable for industries like aerospace, automotive, and structural materials research. It excels in applications that require precise control over force and displacement during both static and dynamic testing.

  • Electro-Dynamic Testing: Ideal for performing both static and dynamic tests, including fatigue, impact, and high-speed material behavior.
  • High Force Capacity: Designed to handle a wide range of force applications, providing versatility across different materials and testing needs.
  • Wide Testing Speed Range: Capable of conducting tests at various speeds, from low to high frequency, for accurate simulation of real-world conditions.
  • Precision Control: Features advanced control systems for accurate monitoring and adjustment of force, displacement, and test parameters in real-time.
  • Versatile Applications: Supports a variety of test types, including tension, compression, fatigue, and impact tests, making it suitable for complex material evaluations.
  • Comprehensive Accessories: Includes a range of grips, fixtures, extensometers, and environmental chambers, with customization options to meet specific testing requirements.

The Expert 3930 Series Electro Dynamic Universal Testing Machine is a powerful solution for dynamic testing and material evaluation, offering both versatility and precision. For more information on the universal testing machine price and to discuss your specific testing needs, contact ADMET today.

ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine Features

The ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine is a high-performance testing system designed to provide precise dynamic and static testing for a wide range of materials. Ideal for both low and high-frequency testing, this machine is equipped with advanced features that make it suitable for materials research, fatigue testing, and component testing in industries such as aerospace, automotive, and materials science.

Features:

  1. Electro-Dynamic Load Application:

    • Uses an electro-dynamic drive system that allows for precise, high-speed load application, ideal for dynamic and fatigue testing.
    • Capable of simulating real-world dynamic loads and high-frequency stress cycles.

  2. Wide Load Capacity Range:

    • Offers a broad range of load capacities from 10 kN to 100 kN, accommodating various testing needs.
    • Suitable for testing small components as well as larger, more robust materials under both static and dynamic conditions.

  3. High-Precision Force and Displacement Measurement:

    • Equipped with advanced load cells and displacement sensors to provide accurate measurements during both static and dynamic testing.
    • Ensures high-quality, repeatable data for detailed analysis of material performance.

  4. Dual-Action Control:

    • Capable of simultaneously applying axial loads and dynamic displacements to test materials under real-world conditions.
    • Provides precise control over both force and displacement, ensuring accurate test results under varied testing conditions.

  5. Advanced Control Software:

    • The included software offers intuitive control over test parameters, data acquisition, and analysis.
    • Allows for real-time data display and advanced analysis tools to examine material behavior under dynamic loading conditions, including fatigue, shear, and cyclic testing.

  6. Fatigue and Durability Testing:

    • Ideal for performing fatigue testing, including high and low-cycle fatigue, simulating the wear and tear materials experience over extended periods of use.
    • Used extensively in industries such as automotive and aerospace for evaluating the durability of materials and components.

  7. High-Speed Testing Capabilities:

    • The electro-dynamic design enables high-speed testing, making it suitable for testing materials and components subjected to rapid loading and unloading cycles.
    • Performs well in high-frequency applications, including automotive, aerospace, and sports materials testing.

  8. Customizable Fixtures and Accessories:

    • Compatible with a wide range of grips, fixtures, and extensometers to accommodate various specimen types and test requirements.
    • Custom fixtures can be designed for specialized testing needs.

  9. Durable Construction for Heavy-Duty Use:

    • Built with robust materials for durability and long-lasting performance, even in demanding environments.
    • Designed to handle repetitive dynamic testing with minimal maintenance.

  10. Cost-Effective Solution:

  • Offers a competitive universal testing machine price for a high-performance electro-dynamic system, providing excellent value for laboratories and manufacturers looking for advanced testing capabilities at an affordable price.

The ADMET Expert 3930 Series is designed for both dynamic and static testing, offering precision control for materials testing at varying speeds and frequencies. Ideal for testing materials in industries that require high-frequency dynamic testing capabilities such as aerospace, automotive, and materials science.

Specifications:

 

Load Capacities:

  • Dynamic Load Capacities: 1.3 kN, 3 kN, and 4.3 kN (Dynamic at 3 sec)
  • Static Load Capacities: 0.7 kN, 1.4 kN, and 2 kN

Drive and Testing Capabilities:

  • Drive System: Fast-acting, high-efficiency servo motor drive
  • Testing Speed Range: 0.025 to 500 mm/min
  • Frequency Capability: Up to 20 Hz
  • Position Control Resolution: Down to 0.001 mm
  • Piston Strokes: Up to 50 mm (optionally up to 100 mm)
  • Vertical Test Space: Up to 800 mm
  • Horizontal Test Space: Up to 400 mm

Controller and Accuracy:

  • Controller: 32-bit processor-based
  • Servo Loop Update Rate: 8 kHz
  • Data Acquisition Rate: 1 kHz

Accuracy:

  • Load Accuracy: ± 0.5% of reading value, down to 1/500th of full capacity
  • Speed & Position Accuracy: ± 0.1% of reading value
  • Strain Accuracy: ± 0.5% of reading value, down to 1/50th of travel range

Power Supply:

  • Works on: 1Ø 220VAC or 3Ø 440VAC

The ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine is a high-performance testing system designed for dynamic testing of materials under complex loading conditions. It offers advanced control capabilities, such as sinewave, sawtooth, and complex cyclic load profiles, making it ideal for fatigue testing and applications where materials are subjected to varying or repetitive forces. Below are the key applications of this system:

Applications:

  1. Cyclic Fatigue Testing:

    • Sinewave and Sawtooth Profiles: The machine’s ability to program sinewave and sawtooth load profiles allows users to test materials under repeated cyclic loading conditions, mimicking real-world fatigue scenarios. This is essential for testing components in industries like aerospace, automotive, and biomedical.
    • Fatigue Life Prediction: Determines how long a material or component can endure repeated loading cycles before failure. Used for metals, polymers, and composites.

  2. Mixed Mode Control:

    • Control and End Channels Differ: The machine can perform tests where the control mode and the end channels differ (e.g., controlling the position rate while using force as the end point). This mixed mode capability is crucial for simulating more complex loading conditions where both force and displacement are important for accurate material characterization.
    • Simulates Real-world Conditions: Useful for testing materials that experience both displacement and force-controlled conditions in service, such as in structural testing for construction and automotive industries.

  3. Sinewave Testing:

    • Amplitude and Frequency Adjustment: The system allows users to adjust both the amplitude and frequency of the sinewave profiles dynamically. This flexibility is important for testing materials under varying vibrational conditions or simulating different environmental conditions like engine vibrations or operational stresses in machinery.
    • Constant Amplitude Control: Sinewave amplitude control ensures that the amplitude remains constant throughout the test, even as the material undergoes fatigue. This is vital for long-term durability tests, especially for elastic and fatigue-sensitive materials.

  4. Durability Testing:

    • Component Stress Testing: This machine is used to assess the durability of components under cyclic stresses, which can be applied to a wide range of materials, including metals, plastics, composites, and rubbers. The ability to simulate real-world stresses ensures that components are built to last under operational conditions.

  5. High-Frequency Vibrational Testing:

    • Simulating Vibrational Environments: Ideal for testing materials and components that will be exposed to high-frequency vibrations, such as those in aerospace, automotive, and electronic devices. Sinewave profiles enable precise control over the frequency and amplitude of vibrations.

  6. Biomedical and Medical Device Testing:

    • Fatigue Testing of Implants and Medical Devices: The machine is used to test the fatigue life of biomedical materials and medical devices, including joint replacements, implants, and surgical tools, to ensure they can withstand the repetitive forces encountered in real-life applications.
    • Simulating Human Motion: Used to simulate the cyclic loading conditions that implants and prosthetics experience during human motion, ensuring their safety and effectiveness.

  7. Material Characterization:

    • Advanced Material Testing: The machine is suited for characterizing the mechanical properties of advanced materials like composites, alloys, and polymers under dynamic loading. This is useful for research and development, especially in industries focused on material innovation.

  8. Vibration Testing for Structural Components:

    • Simulating Dynamic Loads on Structures: The ADMET Expert 3930 Series can be used to simulate the dynamic forces that structural components (e.g., beams, joints, or components in buildings, bridges, or machines) may experience during operation, such as vibrations from wind, traffic, or machinery.

  9. Automotive and Aerospace Component Testing:

    • Testing for Vibrational Stresses: Automotive and aerospace components, such as engine parts, suspension systems, and structural elements, are tested under realistic vibrational and cyclic loads to ensure their reliability and durability in demanding environments.
    • Design and Development: Used in the design phase to ensure that components can withstand the dynamic forces they’ll encounter in service, helping to prevent failures due to fatigue or vibrational stresses.

Materials Tested:

  • Metals and Alloys: For evaluating fatigue strength and performance under cyclic loading.
  • Polymers and Composites: To test material durability and fatigue resistance.
  • Rubbers and Elastomers: For testing deformation under cyclic stresses.
  • Plastics: For durability and long-term fatigue resistance in various applications.
  • Biomaterials and Medical Implants: Testing fatigue life and mechanical performance in medical applications.
  • Structural Components: Metals, composites, and other materials used in the construction and automotive industries.

Industry Applications:

  1. Aerospace: Fatigue and durability testing of materials and components used in aircraft and spacecraft.
  2. Automotive: Testing of components like suspension systems, engine parts, and structural elements under cyclic loads.
  3. Biomedical: Ensuring the safety and longevity of medical devices, implants, and prosthetics.
  4. Manufacturing and R&D: Material development and characterization for advanced composites and alloys.
  5. Construction: Simulating vibrational and dynamic loading conditions for structural components in buildings and bridges.
  6. Electronics: Testing the durability of components exposed to vibrational forces.

The ADMET Expert 3930 Series Electro Dynamic Universal Testing Machine is crucial for testing the long-term performance and durability of materials and components exposed to cyclic, vibrational, and complex loading conditions. It provides a flexible, precise platform for material characterization, fatigue testing, and product development across various industries.

1. What is the ADMET Expert 3930 Series Electro-Dynamic Universal Testing Machine?

The ADMET Expert 3930 Series is a highly advanced electro-dynamic universal testing machine designed for both static and dynamic material testing. It uses an electromechanical drive system to apply high-frequency cyclic loads, making it ideal for fatigue and durability testing across a variety of materials, including metals, polymers, and composites.

The ADMET Expert 3930 Series offers load capacities typically ranging from 10 kN to 100 kN, depending on the model and configuration, making it suitable for testing a wide range of materials under both low and high loads.

The ADMET Expert 3930 Series is designed for the following types of tests:

  • Fatigue testing for materials subjected to repetitive loading
  • Tensile and compression testing for evaluating material strength
  • Dynamic loading for testing under both static and cyclic conditions
  • Cyclic loading and high-frequency tests for durability analysis
  • Creep testing for assessing material deformation under sustained stress

The ADMET Expert 3930 Series is distinguished by its electro-dynamic drive system, which allows for high-frequency testing and precise control over cyclic loading. It offers superior capabilities for testing materials under dynamic conditions compared to conventional static testing machines. It also features advanced software for real-time control, making it highly adaptable for both research and industrial applications.

The ADMET Expert 3930 Series is widely used in industries such as:

  • Automotive (for testing vehicle components and materials under dynamic stress)
  • Aerospace (for testing composite materials and parts under cyclic loads)
  • Biomedical (for testing medical devices and materials under repetitive loading conditions)
  • Manufacturing (for testing components used in machinery and equipment)
  • Energy (for fatigue testing of materials used in power generation and transmission)

The ADMET Expert 3930 Series uses MTESTQuattro, a powerful software platform that allows users to:

  • Control dynamic and static loading conditions
  • Conduct advanced data analysis and generate detailed reports
  • Perform real-time monitoring of test parameters
  • Customize testing protocols for various materials and load conditions
  • Integrate with other laboratory systems for enhanced testing setups

The testing speed of the ADMET Expert 3930 Series can range from 0.001 mm/min to 500 mm/min for static tests. For dynamic or fatigue testing, the machine can operate at high frequencies, with loading rates up to 100 Hz, depending on the configuration and material being tested.

Yes, the ADMET Expert 3930 Series is specifically designed for fatigue and cyclic testing. It can apply repetitive loads with high precision to evaluate the durability of materials under varying stress conditions. This makes it ideal for applications where materials experience repetitive stress, such as in automotive, aerospace, and manufacturing industries.

The ADMET Expert 3930 Series typically provides load measurement accuracy of ±0.5% and displacement accuracy of ±0.1%. This ensures precise and reliable results for a wide range of testing applications.

The maximum specimen size that can be tested with the ADMET Expert 3930 Series depends on the configuration and the type of test being conducted. Typically, the machine supports specimens up to 300 mm x 300 mm, but this can vary based on the specific grips and fixtures used.

Yes, the ADMET Expert 3930 Series can be equipped with environmental chambers to simulate various conditions such as temperature and humidity. This capability allows for testing materials under real-world environmental conditions, such as those found in aerospace or automotive applications.

The key benefits of using the ADMET Expert 3930 Series include:

  • High-frequency testing capabilities for dynamic and fatigue analysis
  • Precise control over both static and dynamic loads
  • Modular design for customization based on specific testing needs
  • Advanced software integration for real-time data monitoring and analysis
  • High load capacity for testing both small and large samples

The ADMET Expert 3930 Series is suitable for testing a wide variety of materials, including:

  • Metals (e.g., steel, aluminum, titanium)
  • Composites (e.g., carbon fiber, fiberglass)
  • Polymers and plastics
  • Rubber and elastomers
  • Ceramics
  • Biomaterials (e.g., medical devices)

The ADMET Expert 3930 Series offers a variety of accessories, including:

  • Fatigue test fixtures
  • Load cells with different capacities
  • Grips and clamps for static and dynamic testing
  • Environmental chambers for testing under temperature and humidity control
  • Extensometers for strain measurement
  • Compression platens and bending fixtures for flexural testing

The ADMET Expert 3930 Series operates on standard 220-240V AC power, suitable for most laboratory environments.

ADMET provides comprehensive training for the Expert 3930 Series, including machine setup, operation, and software use. Ongoing technical support is available to assist with troubleshooting, calibration, and maintenance.

You can purchase the ADMET Expert 3930 Series directly from ADMET or its authorized distributors. Support services, including installation, calibration, and training, are available through ADMET’s global service network.

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