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ADMET Planar Bi-Axial Universal Testing Machine

The ADMET eXpert 8000 Planar Biaxial Testing Machines are advanced universal testing machines designed for precise mechanical testing of biomaterials, elastomers, fiber-reinforced composites, films, plastic fabrics, and textiles. These machines are ideal for evaluating materials under various stress states, providing reliable and accurate results for a wide range of industries.

The eXpert 8000 systems are fully customizable to meet your specific testing requirements, including sample size, elongation, test speed, and force specifications. Whether you are analyzing anisotropic, hyper-elastic, or heterogeneous materials, these testing systems are engineered to deliver unmatched accuracy and repeatability.

Built with state-of-the-art technology, the eXpert 8000 ensures robust performance across stress and strain ranges, making it a preferred choice for research and development in advanced materials. These systems provide exceptional flexibility, allowing you to address complex material characterization with ease.

For businesses looking for high-performance testing equipment at a competitive universal testing machine price, the ADMET eXpert 8000 is the ideal solution. Contact ADMET today to learn more about these advanced testing machines and how they can support your material testing needs.

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ADMET Planar Bi-Axial Universal Testing Machine Overview

The ADMET Planar Bi-Axial Universal Testing Machine is a state-of-the-art system designed to perform simultaneous multi-axial tension or compression tests. This advanced testing machine is ideal for industries such as biomedical, aerospace, and materials research, where understanding the behavior of materials under complex, multi-directional stresses is essential.

  • Bi-Axial Testing Capability: Simultaneously applies forces along two axes, ideal for testing materials like tissues, membranes, and advanced composites.
  • High Precision: Ensures accurate control of forces and displacements on both axes for reliable and reproducible test results.
  • Customizable Configurations: Adjustable grips, fixtures, and test setups to accommodate various sample sizes and material types.
  • Robust Load Capacity: Handles a range of forces, ensuring suitability for both soft and rigid materials.
  • Integrated Software: Advanced control software simplifies test setup, execution, and data analysis.
  • Optional Accessories: Extensometers, environmental chambers, and other add-ons expand testing capabilities to meet specific requirements.

The ADMET Planar Bi-Axial Testing Machine is a versatile and precise universal testing machine tailored for advanced research and development applications. For more details about its features and the universal testing machine price, contact ADMET today.

ADMET Planar Bi-Axial Universal Testing Machine Features

The ADMET Planar Bi-Axial Universal Testing Machine is a specialized testing system designed for precise and simultaneous application of two orthogonal forces (biaxial loading) to materials. This machine is ideal for testing materials and components that experience multi-axial stresses, such as textiles, composites, and biomedical materials.

  1. Dual-Axis Load Application:

    • Provides simultaneous application of forces along two perpendicular axes (X and Y), allowing for more realistic testing of materials subjected to multi-directional stresses.
    • Ideal for simulating real-world conditions in industries like aerospace, automotive, and biomedical.

  2. Wide Load and Torque Capacity:

    • Supports a wide range of axial and lateral load capacities, depending on the model, making it versatile for different material testing applications.
    • Suitable for testing both small and large samples with high precision.

  3. Precision Load Cells:

    • Equipped with high-accuracy load cells on both axes, ensuring reliable and consistent force measurements during testing.
    • Capable of measuring both tension and compression forces.

  4. Advanced Control Software:

    • Includes sophisticated software for test setup, data acquisition, and analysis.
    • Allows independent control of the X and Y axes, with options to coordinate axial and lateral movements for complex test scenarios.

  5. Versatile Material Testing:

    • Suitable for testing a wide range of materials including metals, composites, textiles, rubber, and polymers.
    • Commonly used for testing multi-layered materials, fabrics, foams, and other complex geometries.

  6. Customizable Fixtures and Grips:

    • Offers a variety of customizable grips, clamps, and fixtures to accommodate different material shapes and sizes.
    • Specialized fixtures can be designed for specific testing standards and requirements.

  7. High-Precision Actuators:

    • Equipped with precision actuators for both axes, ensuring smooth and accurate movement during testing.
    • Capable of applying controlled strain rates for accurate material deformation analysis.

  8. Durable and Robust Design:

    • Built with high-quality materials and components to ensure durability and reliable performance in demanding environments.
    • Suitable for long-term use in both laboratory and industrial settings.

  9. Multi-Axial Stress Simulation:

    • Allows for the application of combined axial and lateral stress to simulate real-world load conditions.
    • Ideal for testing materials under complex loading scenarios that cannot be replicated by traditional single-axis testing machines.

  10. Cost-Effective Bi-Axial Testing Solution:

  • Offers a competitive universal testing machine price, providing high-performance bi-axial testing capabilities at a cost-effective rate.

This versatile machine is designed for performing both uniaxial and planar biaxial tests, including static and cyclic fatigue tests. It’s particularly suitable for testing materials and components in industries requiring precise multi-directional force measurements, such as aerospace, automotive, and biomedical fields.

Specifications:

  • Load Capacities: Offered in capacities up to 2 kN
  • Actuator Strokes and Speeds: Tailored to specimen size and testing requirements
  • Testing Capabilities: Capable of performing static and cyclic fatigue tests
  • Controller: 32-bit processor-based
  • Servo Loop Update Rate: 8 kHz
  • 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
  • Data Acquisition Rate: 1 kHz
  • Power Supply: Works on 1 Ø 220VAC
  • Independent or Coordinated Motion: Each axis can be programmed for independent or coordinated motion, enabling uniaxial tension/compression as well as planar biaxial testing
  • Camera Trigger Output: Sync test data with third-party microscope/camera images for enhanced visual analysis

The ADMET Planar Bi-Axial Universal Testing Machine is a specialized testing system designed to evaluate the mechanical behavior of materials subjected to orthogonal (two-directional) stress-strain fields. It is particularly useful for studying how materials respond to stress in two perpendicular directions simultaneously. This type of testing is crucial in industries where materials are under complex loading conditions, such as in biomedical, textiles, and film applications. Below are the key applications of this machine:

Applications:

  1. Biological Tissues:

    • Mechanical Behavior of Tissues: The machine is used to study how biological tissues (e.g., skin, tendons, and ligaments) behave under multi-axial stress conditions. This includes the analysis of tissue deformation, strength, and elasticity when subjected to both tensile and compressive forces in two directions.
    • Biomechanical Testing: Useful for simulating the forces experienced by biological materials in medical and surgical applications, helping to design implants, prosthetics, and other biomedical devices.

  2. Films and Coatings:

    • Stress-Strain Behavior: Tests films, foils, and coatings (such as polymer films, metallized films, and packaging materials) under orthogonal stress fields to measure the effects of stretch, strain, and deformation in two directions simultaneously.
    • Film Flexibility and Durability: Used in packaging industries to assess the performance of films under various stress conditions, such as stretching, bending, and tearing.

  3. Textiles:

    • Fabric Testing: The machine is ideal for evaluating the mechanical properties of textiles, including fabrics, nonwoven materials, and other woven or knitted structures, under biaxial stress. This can help measure tensile strength, elongation, and elasticity in both directions.
    • Durability Testing: It helps in assessing the durability of textiles subjected to forces like stretching, compression, or shear in two perpendicular directions, mimicking real-world conditions for clothing, upholstery, or technical fabrics.

  4. Composites and Membranes:

    • Composite Materials: For testing composite materials (such as reinforced plastics and carbon-fiber composites) under multi-axial loads, assessing their strength and resistance to failure in different directions.
    • Membranes and Sheet Materials: Used to characterize materials like membranes, thin sheets, or layered composites under biaxial deformation, which is particularly relevant in manufacturing applications such as automotive, aerospace, or construction.

  5. Medical Devices:

    • Implant Materials: Used to test the mechanical properties of materials used in medical implants (e.g., artificial heart valves, stents, and joint replacements) under multi-axial loads.
    • Soft Tissue Simulation: Helps simulate and test the behavior of synthetic or biological materials that mimic human soft tissues, which is useful in the design and development of surgical tools and prosthetics.

  6. Packaging Materials:

    • Packaging Strength: For testing the performance of packaging materials, especially flexible packaging such as pouches, films, and bags, to evaluate how they hold up under stresses in multiple directions during production, transportation, or storage.

  7. Polymer and Elastomers:

    • Polymer Stretching and Deformation: Tests how polymers and elastomers behave under stress in two perpendicular directions, important for applications like automotive components, seals, and flexible films.
    • Elastomeric Behavior: Evaluates how elastomers stretch and recover when subjected to forces in multiple directions, simulating conditions in real-world applications such as seals, gaskets, and flexible components.

Materials Tested:

  • Biological Tissues: Skin, tendons, ligaments, and other biological samples.
  • Films and Coatings: Polymer films, packaging materials, and metalized films.
  • Textiles: Fabrics, textiles, and nonwoven materials.
  • Composites: Carbon fiber composites, fiberglass, and hybrid materials.
  • Elastomers and Polymers: Rubber, plastics, and flexible materials.
  • Membranes: Thin sheets and films used in various industries.

Industry Applications:

  • Biomedical Engineering: For testing biological tissues, implants, and prosthetic materials.
  • Textile and Apparel: To test the durability and elasticity of fabrics and other textile products.
  • Packaging: To assess the performance of packaging materials and ensure their reliability under various conditions.
  • Composites and Materials R&D: For material development and testing of multi-directional loading behavior in composites and membranes.
  • Aerospace and Automotive: For testing composite materials used in structural and non-structural applications.

The ADMET Planar Bi-Axial Universal Testing Machine is critical for evaluating the performance and behavior of materials that are subjected to complex, multi-directional stress fields, which is common in biological, textile, and advanced material applications.

1. What is the ADMET Planar Bi-Axial Universal Testing Machine?

The ADMET Planar Bi-Axial Universal Testing Machine is designed to apply both axial and lateral forces simultaneously to materials, allowing for testing in two different directions (bi-axial loading). This makes it ideal for evaluating complex material behaviors under multi-axial loading conditions, including tension, compression, and shear.

The ADMET Planar Bi-Axial Universal Testing Machine typically supports load capacities ranging from 5 kN to 100 kN or higher, depending on the configuration and application. This makes it suitable for both small and large-scale material testing.

The machine is commonly used in industries such as:

  • Aerospace (for testing composite materials and structures)
  • Automotive (for testing automotive components like tires, composites, and metals)
  • Civil engineering (testing materials under multi-axial loading conditions)
  • Manufacturing (for testing materials in both tension and shear)
  • Research and development

The ADMET Planar Bi-Axial Universal Testing Machine can perform:

  • Bi-axial tension and compression testing
  • Multi-axial fatigue and cyclic testing
  • Shear testing under two-axis loading conditions
  • Strain and displacement measurements in multiple directions
  • Bending and flexural testing

This machine can test a variety of materials, including:

  • Metals (e.g., alloys, steel)
  • Polymers and plastics
  • Composites (e.g., carbon fiber, fiberglass)
  • Ceramics
  • Rubber and elastomers
  • Adhesives and coatings

Key features include:

  • Dual-axis loading: Simultaneously applies axial and lateral forces to simulate real-world conditions.
  • Precision control: High-accuracy load cells and displacement sensors for precise measurements.
  • Flexible testing: Customizable test setups and fixtures for different materials and applications.
  • Advanced software: Integration with MTESTQuattro software for real-time monitoring, data acquisition, and analysis.

The ADMET Planar Bi-Axial Universal Testing Machine uses MTESTQuattro, which provides:

  • Real-time control of both axial and lateral loading
  • Data acquisition and monitoring for multi-axis testing
  • Customizable test protocols
  • Advanced data analysis and reporting

The accuracy for load measurements is typically within 0.5% of the applied load. Displacement accuracy is typically 0.1% of the total range, ensuring reliable and repeatable test results.

The crosshead speed is adjustable, typically ranging from 0.001 mm/min to 1000 mm/min, allowing for flexibility in testing materials at various strain rates.

The machine accommodates a range of specimen sizes depending on the configuration, but the test area typically supports materials with dimensions of up to 500 mm x 500 mm or more, depending on the fixtures and grips used.

Yes, the ADMET Planar Bi-Axial Universal Testing Machine is capable of performing cyclic loading and fatigue testing, making it ideal for applications where materials undergo repeated stress or strain.

Yes, the machine can be integrated with environmental chambers to simulate specific temperature, humidity, or other environmental conditions during testing, enabling testing under real-world conditions.

The machine supports a wide range of accessories, such as:

  • Custom grips for both axial and lateral loads
  • Compression platens for flat specimens
  • Bending and flexural fixtures
  • Extensometers and strain gauges for precise strain measurement
  • Environmental chambers for temperature-controlled testing

The machine operates on standard 220-240V AC or 110-240V AC, depending on the model and configuration.

Yes, routine calibration and maintenance are required to maintain the machine’s accuracy and reliability. ADMET provides support for calibration services and maintenance.

Yes, the ADMET Planar Bi-Axial Universal Testing Machine can be customized to meet specific testing needs, including custom load capacities, fixtures, software configurations, and test protocols.

The ADMET Expert 4000 Series is a compact, micro universal testing machine designed for low-force material testing applications. It is ideal for testing small specimens, thin materials, and micro-components.

The warranty typically ranges from 1 to 2 years, with options for extended coverage. This typically includes both parts and labor, depending on the terms of the warranty.

Yes, ADMET offers comprehensive training, including installation, setup, and user guidance, along with ongoing technical support to ensure proper machine operation.

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