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Admet - Expert 9000 Series Dynamic Torsion Testing Machines

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ADMET – Expert 9000 Series Dynamic Torsion Testing Machines

The ADMET Expert 9000 Series Dynamic Torsion Testing Machines are high-performance testing systems designed to evaluate the torsional properties of materials and components. These machines feature linear slide designs for maximum torsional stiffness and minimal axial friction, ensuring highly accurate and reliable test results.

Linear Slide Design: Ensures high torsional stiffness and low axial friction for precise testing.
Reaction Torque Transducer: Attached to a movable tailstock mounted on the linear slide, providing accurate torque measurements.
Free Floating or Clamped Tailstock: The tailstock can be left free-floating or clamped depending on the testing requirements.
Unlimited Rotation: Capable of continuous rotation in both directions, ensuring flexibility in testing conditions.
Horizontal or Vertical Testers: Available in both horizontal and vertical configurations to accommodate various test setups.
Custom Modifications: ADMET offers the flexibility to modify the tester to meet specific customer needs and applications.

Category:

Dynamic torsion testing, torsion test machines, ADMET torsion tester, material torsion testing, linear slide design torsion tester, customizable torsion tester, reaction torque transducer, axial friction testing, horizontal torsion tester, vertical torsion tester.

ADMET – Expert 9000 Series Dynamic Torsion Testing Machines Overview

The ADMET Expert 9000 Series Dynamic Torsion Testing Machines are high-performance systems designed for testing the torsional properties of materials and components. These machines are ideal for applications that require precise measurement of torsional strength, fatigue, and durability under dynamic loading conditions. With advanced control systems and versatile configurations, the Expert 9000 Series is suitable for industries such as automotive, aerospace, research, and materials testing.

Dynamic Torsion Testing Capabilities
- Designed to perform dynamic torsion tests on a wide range of materials, including metals, plastics, composites, and elastomers.
- Measures torsional strength, fatigue life, and durability under real-world, cyclic loading conditions.
Advanced Control System
- Features sophisticated control software that allows for precise load and displacement control, ensuring accurate results.
- Capable of testing under variable loading frequencies to simulate dynamic, real-life conditions.
High Accuracy and Precision
- Provides highly accurate and reproducible torsion measurements, ensuring reliable testing results for material analysis and quality control.
- Equipped with advanced feedback systems for real-time data monitoring and analysis.
Durability and Longevity
- Built with heavy-duty components to withstand repeated cycles of high-torque testing.
- Designed for long-term use in both laboratory and industrial environments, making it ideal for research, development, and quality assurance.
Flexible Test Configurations
- Available in a range of load capacities and configurations to meet specific testing requirements.
- Capable of conducting tests under a variety of torsion angles, speeds, and cycles to suit different materials and test standards.

Admet – Expert 9000 Series Dynamic Torsion Testing Machines Overview

The Admet Expert 9000 Series Dynamic Torsion Testing Machines are state-of-the-art testing solutions designed to evaluate the torsional properties of materials and components. These machines are essential for testing materials under dynamic, high-speed torsional loading conditions, offering precise measurement of torque and angle for applications in aerospace, automotive, materials research, and more. With advanced technology and versatility, the Expert 9000 Series delivers accurate results for both static and dynamic torsion testing.

Dynamic Torsion Testing
Capable of performing dynamic torsion tests, simulating real-world conditions where materials and components are subjected to cyclic loads and high-frequency torsion.
Wide Testing Range
Designed to test a wide range of materials, including metals, polymers, composites, and elastomers, making it suitable for industries such as automotive, aerospace, and engineering.
High-Speed Testing Capability
The machine can operate at high speeds, enabling precise dynamic testing of materials under varying torsional loads and conditions.
Precise Torque and Angle Measurement
Equipped with advanced sensors for accurate torque and angle measurement, providing reliable data on the material’s response to torsional forces.
Advanced Control System
Integrated with a sophisticated control system that allows for dynamic loading and real-time monitoring of test parameters, ensuring accurate and reproducible results.
Versatile Test Configurations
The Expert 9000 Series offers a variety of test configurations, including both constant and variable torsional speeds, as well as multiple loading modes for different testing needs.
Real-Time Data Monitoring
Equipped with a data acquisition system that provides real-time monitoring and recording of test data, offering immediate feedback for analysis and decision-making.
Software Integration
Comes with powerful software that supports automated testing, analysis, and reporting. The software offers features for data storage, curve fitting, and advanced material behavior analysis.
Durable and Robust Design
Built with high-quality materials to withstand high torsional loads, ensuring durability and longevity even under rigorous testing conditions.
User-Friendly Interface
Features an intuitive touchscreen interface for easy setup, operation, and test monitoring, reducing the learning curve for operators and improving efficiency.
Compliance with Industry Standards
Meets international testing standards, such as ASTM E143, ISO 7800, and DIN 50113, ensuring that results are consistent and meet industry requirements.
Customizable Options
Offers flexibility with various customization options, including torque capacity, test fixtures, and additional measurement systems for specialized testing needs.

The Admet Expert 9000 Series Dynamic Torsion Testing Machines provide unmatched precision and flexibility for testing materials and components under dynamic torsional stress. With their advanced features, high-speed capabilities, and real-time data acquisition, these machines are essential for industries requiring reliable torsion testing for research, development, and quality control.

Admet – Expert 9000 Series Dynamic Torsion Testing Machines Specifications

Torque Capacities:
- 5 Nm to 25 Nm dynamic
Maximum Angle:
- Infinite
Angle Resolution:
- 0.1° or better
Drive Mechanism:
- Servo motor drive mechanism
Rotational Capabilities:
- Infinite rotations with frequency capability
Dynamic Capability:
- Up to 50 Hz
Configurations Available:
- Horizontal and vertical configurations
Additional Measurement Options:
- Measuring linear movement and axial loads
Test Space:
- Total vertical test space up to 600 mm
Power Supply:
- Works out of 1Ø 220VAC
Controller:
- 32-bit Processor-based controller
Servo Loop Update Rate:
- 8 kHz
Torque Accuracy:
- ± 0.5% of reading value down to 1/100th of full capacity
Speed & Position Accuracy:
- ± 0.1% of reading value
Data Acquisition Rates:
- 1 kHz

ADMET Expert 9000 Series Dynamic Torsion Testing Machines Overview

The ADMET Expert 9000 Series Dynamic Torsion Testing Machines are specialized systems designed to test the torsional strength, stiffness, and fatigue of materials under dynamic loading conditions. These machines are ideal for testing components that are subjected to rotational or torsional forces, such as automotive parts, aerospace components, and other materials in dynamic applications. The Expert 9000 Series provides advanced capabilities for both static and dynamic torsion testing, ensuring high-precision results in research, development, and quality control environments.

High Dynamic Load Capacity:
- Capable of applying high torsional loads with a wide range of capacities, ensuring it can handle a variety of materials, from soft metals to high-strength alloys.
- Ideal for testing parts under real-world conditions that involve cyclic loading or fatigue testing.
Advanced Control System:
- The system is equipped with ADMET’s advanced control software, enabling precise control over test parameters such as torque, angle, and speed.
- Includes the eXpert 9000 controller, which allows users to define loading profiles, set test speeds, and monitor results in real time.
Dual Load Sensing:
- Offers dual load sensing capabilities, allowing for the measurement of both applied torque and angular displacement simultaneously, providing comprehensive data for analyzing material behavior under torsional stress.
Flexibility in Test Configurations:
- The Expert 9000 Series can be customized to meet specific testing requirements. Users can adjust the machine setup for testing components of various sizes, including shafts, tubes, and small parts.
- Available with a variety of grips, fixtures, and accessories to accommodate a wide range of specimen types.
Rotational Speed Control:
- Provides precise control over the rotational speed of specimens, making it possible to conduct tests that simulate high-speed operations or slow, deliberate stress cycling.
- Can be adjusted for both steady-state and dynamic cyclic tests.
Real-Time Data Collection and Analysis:
- The system provides real-time data collection, with integrated software to analyze torque and angle measurements, providing valuable insights into the material’s performance under dynamic torsion.
- Data can be automatically recorded, analyzed, and stored for further research and reporting.
High-Resolution Sensors:
- Equipped with high-precision torque and angular displacement sensors, ensuring that even small changes in the material’s behavior are detected and recorded for accurate analysis.
Built-In Safety Features:
- Designed with safety features such as over-torque protection and emergency stop functionality, ensuring that tests are conducted safely even under extreme conditions.

Applications of ADMET Expert 9000 Series Dynamic Torsion Testing Machines

Automotive Industry:
- Used to test components like driveshafts, axles, and other parts subjected to torsional forces in automotive applications. The dynamic torsion testing ensures that parts can withstand rotational stresses during actual operation.
- Ideal for simulating fatigue conditions in parts like gears, clutch systems, and suspension components.
Aerospace Industry:
- In aerospace, the Expert 9000 Series is used to test materials and components, including aircraft landing gear, engine components, and structural parts that experience dynamic torsional forces during flight operations.
- Helps ensure the safety and durability of aerospace parts subjected to rotating forces.
Materials Testing and Research:
- Suitable for testing the torsional behavior of metals, composites, plastics, and elastomers, which is essential in materials research and development for optimizing material properties.
- Used to evaluate fatigue resistance and durability, ensuring materials meet the high standards required for critical applications.
Energy and Power Generation:
- Used to test components such as turbines, generators, and shafts that operate under rotating loads, helping to ensure the integrity and longevity of power generation equipment.
- Ideal for testing the performance of materials used in wind turbines, as well as other energy systems exposed to torsional forces.
Construction and Building Materials:
- Used to evaluate the torsional strength of building materials like reinforced concrete, steel rods, and structural beams, which may experience rotational stresses during construction or long-term use.
- Helps assess the impact of dynamic torsion in building material fatigue and performance.
Consumer Goods and Electronics:
- Applied in testing small electronic components and consumer products such as rotating switches, electrical contacts, and mechanical linkages that undergo torsional stress during operation.
- Ensures product longevity and functionality under dynamic use.
Medical Device Testing:
- Used for testing medical devices such as surgical instruments, orthopedic implants, and prosthetics that are subjected to torsional forces during use. Ensures reliability and durability in real-life applications.
Military and Defense:
- Ideal for testing components used in military applications, including vehicle parts, weapons systems, and aerospace components, all of which may be subjected to dynamic torsional loading in operational environments.

Advantages of ADMET Expert 9000 Series Dynamic Torsion Testing Machines

High Precision and Accuracy:
- The dynamic testing capabilities, combined with advanced sensors and control systems, ensure that results are highly accurate, providing confidence in the test outcomes.
Customizable Testing Configurations:
- The ability to configure the system for different specimen sizes and types makes it a versatile solution for a wide variety of applications.
Durable and Reliable:
- Built to withstand the rigors of dynamic testing, the Expert 9000 Series ensures long-lasting performance in demanding environments.
Real-Time Monitoring and Reporting:
- The real-time data collection and automated reporting functions allow for quick analysis and decision-making, streamlining the testing process.
Improved Test Efficiency:
- The dynamic testing capability reduces testing time while still providing highly accurate and reliable results.
Comprehensive Testing Capabilities:
- Capable of simulating real-world dynamic torsion loads, making it suitable for both research and industrial testing purposes.

The ADMET Expert 9000 Series Dynamic Torsion Testing Machines provide an advanced solution for testing materials and components under dynamic torsional loads. With their high precision, versatile configurations, and robust design, these machines are ideal for industries such as automotive, aerospace, energy, and materials research, where accurate torsional testing is critical.

1. What is the Admet Expert 9000 Series Dynamic Torsion Testing Machine?

The Admet Expert 9000 Series Dynamic Torsion Testing Machine is a highly advanced system designed for testing the torsional properties of materials. It is used to measure the torsional strength, resilience, and fatigue of various materials, components, and assemblies under dynamic loading conditions.

2. What materials can be tested with the Admet Expert 9000 Series?

The Expert 9000 Series can test a wide range of materials, including metals, plastics, composites, rubber, and textiles. It is suitable for testing various components such as shafts, fasteners, bearings, and more.

3. How does the Admet Expert 9000 Series perform torsion testing?

The machine applies a rotational force (torque) to the specimen and measures the resulting angular displacement to determine torsional properties like shear modulus, torsional stiffness, and fatigue resistance.

4. What are the key features of the Admet Expert 9000 Series?

Dynamic testing capabilities for real-time measurement of torsion under varying loads.
High precision sensors for accurate torque and angle measurements.
Versatile specimen mounting options for different shapes and sizes.
User-friendly software for test setup, data collection, and analysis.

Durable construction for long-term use in high-demand environments.

5. What is the maximum torque capacity of the Expert 9000 Series?

The Admet Expert 9000 Series typically offers torque capacities ranging from 0.5 Nm to several thousand Nm, depending on the specific model. This makes it suitable for both small-scale component testing and large, industrial-scale applications.

6. Can the Admet Expert 9000 Series perform fatigue testing?

Yes, the Expert 9000 Series is capable of performing torsional fatigue testing, where it applies cyclic or dynamic torsion to the specimen to simulate real-world usage conditions and assess its longevity and resistance to failure.

7. What industries use the Admet Expert 9000 Series Dynamic Torsion Testing Machines?

Automotive (for testing drive shafts, axles, and components)
Aerospace (for testing turbine blades, fasteners, and structural components)
Manufacturing (for materials and product testing)

Oil and Gas (for testing materials under torsional loads in drilling operations)

8. How is the data collected during testing?

Data is collected using high-precision torque sensors and angle measurement devices. The machine is integrated with advanced software that records and displays real-time data for analysis, allowing for easy export and reporting.

9. What test modes are available in the Admet Expert 9000 Series?

Static torsion testing
Dynamic torsion testing
Torsional fatigue testing

Cyclic loading tests for stress-strain analysis

10. What is the maintenance requirement for the Admet Expert 9000 Series?

Calibration of torque and angle sensors to maintain testing accuracy.
Lubrication of mechanical components for smooth operation.

Cleaning of test fixtures and specimen mounts to avoid contamination. Periodic inspections and maintenance ensure consistent performance and extend the machine’s lifespan.aa