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ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machines
ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machines

Universal Testing Machine ( ADMET )

ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machines

The ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machines are designed to provide precise and reliable dynamic fatigue testing for a variety of applications. With load capacities ranging from 10kN (2,250 lbf) to 250kN (56,000 lbf), these testing systems are ideal for testing materials like metals, composites, and other high-strength substances under dynamic stress.

Each eXpert 1900 Series machine is engineered to meet the specific force, stroke, and frequency requirements of different applications, ensuring optimal performance for fatigue testing. The hydraulic power supply (HPU) is available in two configurations: either integral to the frame or as a free-standing unit, depending on the specific needs of the test setup and available lab space.

The eXpert 1900 Series is built to deliver high-quality results with minimal maintenance, making it an ideal choice for industries that require consistent and accurate fatigue testing. Its versatility and robust design make it a top choice for companies looking for an affordable universal testing machine with a competitive universal testing machine price.

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ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine Overview

The ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine is engineered for high-precision fatigue testing across a wide range of materials and components. Utilizing advanced servo-hydraulic technology, this system is designed to simulate real-world conditions of repeated stress and load cycles, making it ideal for industries such as aerospace, automotive, and material research.

 
  • Dual Column Design: Ensures superior stability and accurate load distribution, even under high fatigue cycles, offering reliable test results.
  • Servo-Hydraulic Technology: Provides precise control over force, displacement, and speed for accurate testing of materials under dynamic conditions.
  • Fatigue Testing Capabilities: Optimized for conducting fatigue tests, including cyclic loading, high-frequency testing, and simulation of real-world material behavior under repeated stress.
  • Wide Force Range: Handles a broad range of forces, from low to high capacity, suitable for testing a variety of materials and components under fatigue conditions.
  • Advanced Control System: Includes sophisticated software for real-time monitoring, adjustments, and data analysis, ensuring accuracy and consistency in results.
  • High Cycle and Low Cycle Testing: Capable of testing materials under both high-cycle and low-cycle fatigue conditions, making it versatile for a variety of applications.
  • Durable and Robust Construction: Built to withstand continuous use and high-load testing, providing long-term reliability and performance.
  • Customizable Test Setups: Supports a wide range of grips, fixtures, extensometers, and environmental chambers to meet diverse testing needs.

The ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine is the ideal solution for fatigue testing, offering precision, reliability, and flexibility. To inquire about the universal testing machine price and customization options, contact us today.

ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine Features

The ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine is a versatile and highly advanced testing solution designed for both static and dynamic material testing, particularly focused on fatigue testing under cyclic loading. This machine is ideal for industries such as automotive, aerospace, materials research, and manufacturing, where durability and fatigue life are critical factors in evaluating materials and components. The dual-column design ensures high stability and precision, even during repetitive loading cycles.

  1. Dual Column Design:

    • The dual-column structure provides enhanced stability and alignment during testing, ensuring minimal deformation and accurate test results under both static and dynamic loading conditions.
    • Offers a robust frame for long-term, high-frequency fatigue testing applications.

  2. Servo Hydraulic System:

    • The machine features a servo-controlled hydraulic system that allows precise control over load and displacement during both static and dynamic tests.
    • Capable of applying controlled, cyclical loads with high accuracy, making it ideal for fatigue testing and simulating real-world cyclic stress scenarios.

  3. Fatigue Testing Capabilities:

    • Specially designed for performing fatigue tests under various loading conditions, including tensile, compressive, and bending fatigue.
    • Capable of conducting high-cycle fatigue (HCF) and low-cycle fatigue (LCF) tests on materials such as metals, polymers, and composites, providing essential data for material durability.

  4. Wide Load Capacity Range:

    • Available in different load capacities (typically from 50 kN to 500 kN or more), the machine can handle a variety of specimen sizes and material types.
    • The wide range of capacities makes it suitable for testing both small components and large structural materials under cyclic loading.

  5. Advanced Control and Data Acquisition Software:

    • The system comes with advanced software that facilitates easy setup, real-time monitoring, and detailed data analysis.
    • Features include real-time graphical displays, fatigue life prediction, and detailed report generation to assess material performance under cyclic stress conditions.

  6. High Frequency and Precision Testing:

    • Capable of high-frequency testing (up to several Hz), making it ideal for simulating real-world dynamic loading conditions.
    • Offers precise control of loading frequency, load range, and displacement, allowing for accurate replication of fatigue environments.

  7. Motorized Crosshead Movement:

    • The crosshead movement is motorized for accurate positioning and load control, allowing for precise testing of materials under constant or variable loads.
    • Adjustable speed settings help tailor the testing rate based on the material and test type.

  8. Customizable Fixtures and Grips:

    • The machine offers flexibility with various grip and fixture options to accommodate a wide range of test specimens, including small parts and large components.
    • Customizable fixtures for tensile, bending, and torsional fatigue tests ensure versatility in testing different material shapes and sizes.

  9. Real-Time Monitoring and Feedback:

    • The system provides real-time monitoring of critical parameters such as force, displacement, strain, and frequency during testing.
    • Feedback mechanisms enable quick adjustments to the test process, ensuring that the material’s fatigue resistance is accurately assessed under varying conditions.

  10. Safety Features:

  • Equipped with multiple safety mechanisms, including overload protection, emergency stop functions, and protective shields, to ensure safe operation during testing.
  • The system is designed to monitor critical parameters and automatically stop the test if unsafe conditions are detected.
  1. Durable Construction:
  • Built with high-quality, durable materials to ensure longevity and reliability, even under continuous testing in demanding environments.
  • Designed for industrial use, the ADMET eXpert 1900 Series can handle repetitive, high-frequency cycles while maintaining accuracy.
  1. Cost-Effective and Efficient:
  • The eXpert 1900 Series provides an excellent cost-to-performance ratio, offering high precision and reliability for fatigue testing at a competitive price point.
  • Ideal for companies and research institutions seeking an efficient solution for material fatigue testing without compromising on quality.

Specifications:

Load Capacities:
  • Static and Dynamic Loads: From 15 kN to 50 kN
Drive Mechanism:
  • Drive: Servo-hydraulic drive system for precise control of load cycles
Testing Capabilities:
  • Testing Speed Range: 0.025 to 500 mm/min
  • Frequency Capability: Up to 20 Hz (or more, depending on hydraulic flow rate)
  • Position Control Resolution: Down to 0.01 mm
  • Piston Strokes: Up to 300 mm
  • Total Vertical Test Space: Up to 1000 mm
  • Horizontal Test Space: Up to 400 mm
Controller and Data Acquisition:
  • 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 with: 1Ø 220VAC

The ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine is designed to provide precise control for high-cyclic fatigue testing across various materials and applications. Below are the key applications for this machine:

Applications:

  1. Tensile and Compression Testing:

    • Tensile Testing: Measures the tensile strength, elongation, and yield properties of materials like metals, polymers, and composites.
    • Compression Testing: Evaluates the compressive strength and behavior of materials under compressive forces, ideal for construction materials, elastomers, and foams.

  2. 3-Point Bend Testing:

    • Flexural Strength: Assesses the bending strength of materials, such as beams, slabs, and thin sheets, under controlled 3-point bending conditions. This is particularly useful for testing materials like metals, composites, plastics, and concrete.

  3. High-Cyclic Fatigue Load Applications:

    • Fatigue Resistance: Tests materials for their resistance to high-cyclic loading conditions, simulating real-world stresses such as those found in automotive, aerospace, and structural components.
    • Durability Testing: Used to determine the lifespan of materials and components subjected to repeated loading, like suspension systems, fasteners, or other mechanical parts exposed to dynamic stress.

  4. Adhesives Testing:

    • Shear and Bonding Tests: Evaluates the shear strength and bonding properties of adhesives, ensuring they meet required performance standards under stress.
    • Fatigue Testing of Bonds: Tests adhesive bonds for their durability under cyclic loading, important for industries like aerospace, automotive, and construction.

  5. Biomaterials Testing:

    • Medical Device Testing: Evaluates the performance of biomaterials under fatigue conditions, such as materials used in implants, prosthetics, and medical devices.
    • Dynamic Load Testing: Simulates the conditions that medical devices experience under regular use, ensuring they perform reliably over time.

  6. Elastomers and Films Testing:

    • Cyclic Load Testing: Assesses the durability and performance of elastomers (rubbers, seals) and films under high-cyclic stress, commonly used in packaging, automotive seals, and flexible electronics.
    • Fatigue Resistance of Flexible Materials: Measures the ability of elastomers and films to maintain their integrity when exposed to repeated bending, stretching, or compression.

  7. Peel, Tear, Friction, and Relaxation Testing:

    • Peel Testing: Measures the force required to peel apart two bonded materials, often used in packaging and adhesive applications.
    • Tear Resistance: Evaluates how well materials like films, textiles, and foils resist tearing under stress.
    • Friction Testing: Assesses the frictional properties of materials such as coatings, films, and lubricants.
    • Relaxation Testing: Measures how materials like elastomers, rubbers, and foams relax under stress over time.

Industry Applications:

  1. Aerospace and Automotive:

    • Component Durability: Tests the performance of parts subjected to high-cyclic loading in automotive and aerospace applications, ensuring they can withstand the stresses encountered in real-world conditions.
    • Fatigue Testing of Structural Components: Ensures the long-term reliability of components such as suspension systems, engine parts, and fasteners.

  2. Medical Devices:

    • Implants and Prosthetics Testing: Evaluates the fatigue performance of medical implants, such as joint replacements and dental implants, ensuring their durability over time.
    • Adhesive Bonding for Medical Devices: Tests the performance of adhesive bonds used in medical devices under cyclic loading to ensure they are safe and reliable.

  3. Construction and Manufacturing:

    • Durability of Materials: Evaluates materials such as adhesives, elastomers, and composites for long-term performance in construction applications, including bonding, sealing, and flexible materials.
    • Fatigue Resistance of Building Materials: Tests the materials used in the construction of infrastructure, ensuring they can handle repetitive loads and stresses.

  4. Packaging and Textiles:

    • Fatigue Testing of Films and Textiles: Assesses the performance of packaging materials, films, and textiles under repeated stress, simulating conditions like bending, stretching, and compression.
    • Peel and Tear Testing: Verifies the strength of packaging adhesives, laminates, and textiles under dynamic forces.
1. What is the ADMET eXpert 1900 Series Dual Column Servo Hydraulic Fatigue Universal Testing Machine?

The ADMET eXpert 1900 Series is a dual-column servo-hydraulic fatigue universal testing machine designed specifically for high-cycle fatigue testing. It can perform tension, compression, and fatigue tests on materials and components, making it ideal for industries such as automotive, aerospace, and materials research. The machine is capable of simulating real-world cyclic loading conditions to assess the durability and fatigue resistance of materials.

The ADMET eXpert 1900 Series offers a load capacity ranging from 5 kN to 250 kN, providing flexibility for testing a wide range of materials and components, from small parts to larger structural specimens.

The ADMET eXpert 1900 Series can perform various types of fatigue tests, including:

  • High-cycle fatigue testing (for materials exposed to repeated stress over millions of cycles)
  • Low-cycle fatigue testing (for testing materials subjected to higher loads over fewer cycles)
  • Cyclic tension-compression (simulating real-world loading conditions)
  • Strain-controlled fatigue testing (measuring fatigue behavior based on strain rather than stress)
  • Rotating bending fatigue
  • Flexural fatigue testing

The ADMET eXpert 1900 Series is used in a variety of industries, including:

  • Aerospace (for testing structural components subjected to cyclic loads)
  • Automotive (for evaluating materials and components for fatigue resistance in vehicles)
  • Manufacturing (for testing components in industrial machinery)
  • Biomedical (for testing fatigue behavior in implants and medical devices)
  • Research and Development (for advanced material testing and analysis)
  • Material suppliers (for ensuring that materials meet durability and fatigue standards)

The ADMET eXpert 1900 Series offers a wide range of testing speeds, with the ability to perform tests ranging from 0.001 mm/min to 1000 mm/min, enabling both high-speed testing for quick assessments and slower, more controlled testing for precise fatigue measurements.

The ADMET eXpert 1900 Series is specifically designed for fatigue testing due to its servo-hydraulic system, which provides precise and controlled load application, essential for simulating cyclic loading conditions. The dual-column configuration ensures high stability, while the advanced software allows for real-time control and monitoring of fatigue test cycles.

The ADMET eXpert 1900 Series uses MTESTQuattro™ software, which provides advanced features such as:

  • Real-time load, displacement, and strain monitoring
  • Cyclic load control for fatigue testing
  • Customizable test programs based on international standards (e.g., ASTM, ISO)
  • Data analysis tools for fatigue life prediction
  • Automated reporting and graphical visualization of test results
  • Integration with external accessories for additional test capabilities

The ADMET eXpert 1900 Series is equipped with several safety features to ensure safe operation during fatigue testing:

  • Automatic overload protection to prevent damage to the machine and specimens
  • Hydraulic pressure control for safe and stable load application
  • Emergency stop button for immediate shutdown in case of a malfunction
  • Safety shields and barriers to protect operators from moving parts and potential flying debris
  • Software-based safety monitoring to detect abnormal test conditions and automatically pause testing

The ADMET eXpert 1900 Series is capable of testing a wide variety of materials, including:

  • Metals (e.g., steel, aluminum, titanium, alloys)
  • Composites (e.g., carbon fiber, fiberglass)
  • Plastics and polymers
  • Rubber and elastomers
  • Ceramics and composites
  • Biomedical materials (e.g., biomaterials, implants)

The ADMET eXpert 1900 Series requires a 220V to 380V AC power supply, depending on the specific configuration of the machine. The system is compatible with global power standards to accommodate various regions.

The ADMET eXpert 1900 Series offers several advantages for fatigue testing, including:

  • Precise load control through the servo-hydraulic system
  • High stability and durability with its dual-column design, ensuring accurate results over long testing periods
  • Advanced software capabilities for detailed analysis of fatigue data and automated reporting
  • Customizable test settings to meet specific material or industry requirements
  • Long-term testing capabilities for simulating real-world stress conditions over millions of cycles

Yes, the ADMET eXpert 1900 Series can be equipped with environmental chambers for high-temperature and low-temperature fatigue testing. This feature allows for simulating extreme environmental conditions, making it ideal for testing materials that will be exposed to heat, cold, or thermal cycling in real-world applications.

The ADMET eXpert 1900 Series is designed for ease of operation, with the MTESTQuattro™ software offering a user-friendly interface. The software simplifies test setup, monitoring, and result analysis, and it allows operators to customize test parameters easily. Additionally, the system’s automated features reduce the need for manual intervention, making it accessible for both new and experienced users.

The ADMET eXpert 1900 Series typically comes with a 1-year warranty covering parts and labor. ADMET also offers extended warranty options, as well as annual calibration services, technical support, and training to ensure optimal machine performance and longevity.

The maximum specimen size depends on the configuration and testing fixtures used. Typically, the machine can accommodate specimens up to 2000 mm in length for tensile and fatigue testing. Larger specimens can be tested with customized fixtures or modified machine setups.

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